Datasets:
nvidia
/
Nemotron-RL-math-advanced_calculations

Dataset card Data Studio Files
xet
Community
1
ground_truth
stringlengths
13
1.86k
expanded_completion
listlengths
2
134
simplifications
listlengths
1
133
simplified_values
listlengths
1
133
prompt
stringlengths
55
867
breadth
int64
1
10
max_depth
int64
1
6
cos(radians=8.0); sin(radians=5.0); power(a=8.0, b=10.0); cos(radians=5.0); 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)
[ "cos(radians=8.0); sin(radians=5.0); power(a=8.0, b=10.0); cos(radians=5.0); 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; sin(radians=5.0); power(a=8.0, b=10.0); cos(radians=5.0); 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; power(a=8.0, b=10.0); cos(radians=5.0); 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; cos(radians=5.0); 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; log(a=5.0, base=6.0); add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; 0.8; add(a=10.0, b=3.0); add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; 0.8; 14.2; add(a=8.0, b=4.0); subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; 0.8; 14.2; 13.2; subtract(a=5.0, b=9.0); subtract(a=5.0, b=9.0)", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; 0.8; 14.2; 13.2; -7.0; -7.0", "0.99; 0.28366; 68719476736.0; -0.95892; 8.0; 0.8; 14.2; 13.2; -7.0; -7.0" ]
[ "cos(radians=8.0)", "sin(radians=5.0)", "power(a=8.0, b=10.0)", "cos(radians=5.0)", "log(a=5.0, base=6.0)", "add(a=10.0, b=3.0)", "add(a=8.0, b=4.0)", "subtract(a=5.0, b=9.0)", "subtract(a=5.0, b=9.0)" ]
[ 0.99, 0.28366, 68719476736, -0.95892, 0.8, 14.2, 13.2, -7, -7 ]
Get me the values for cos(8.0), sin(5.0), 8.0 ** 10.0, cos(5.0), 8.0, log(5.0, 6.0), (10.0 + 3.0), (8.0 + 4.0), (5.0 - 9.0), and (5.0 - 9.0) using only the given tools.
10
1
log(a=5.0, base=5.0); multiply(a=3.0, b=7.0); 5.0; cos(radians=3.0); log(a=8.0, base=9.0); subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)
[ "log(a=5.0, base=5.0); multiply(a=3.0, b=7.0); 5.0; cos(radians=3.0); log(a=8.0, base=9.0); subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; multiply(a=3.0, b=7.0); 5.0; cos(radians=3.0); log(a=8.0, base=9.0); subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; cos(radians=3.0); log(a=8.0, base=9.0); subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; log(a=8.0, base=9.0); subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; subtract(a=9.0, b=7.0); subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; -1.0; subtract(a=9.0, b=2.0); sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; -1.0; 4.0; sin(radians=5.0); power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; -1.0; 4.0; 0.3; power(a=9.0, b=4.0); subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; -1.0; 4.0; 0.3; 531441.0; subtract(a=0.0, b=2.0)", "0.8598; 23.1; 5.0; 0.14112; 0.9; -1.0; 4.0; 0.3; 531441.0; -5.0" ]
[ "log(a=5.0, base=5.0)", "multiply(a=3.0, b=7.0)", "cos(radians=3.0)", "log(a=8.0, base=9.0)", "subtract(a=9.0, b=7.0)", "subtract(a=9.0, b=2.0)", "sin(radians=5.0)", "power(a=9.0, b=4.0)", "subtract(a=0.0, b=2.0)" ]
[ 0.8598, 23.1, 0.14112, 0.9, -1, 4, 0.3, 531441, -5 ]
Get me the values for log(5.0, 5.0), (3.0 * 7.0), 5.0, cos(3.0), log(8.0, 9.0), (9.0 - 7.0), (9.0 - 2.0), sin(5.0), 9.0 ** 4.0, and (0.0 - 2.0) using only the given tools.
10
1
power(a=0.0, b=9.0); multiply(a=1.0, b=2.0); divide(a=0.0, b=3.0); power(a=3.0, b=0.0); 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)
[ "power(a=0.0, b=9.0); multiply(a=1.0, b=2.0); divide(a=0.0, b=3.0); power(a=3.0, b=0.0); 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; multiply(a=1.0, b=2.0); divide(a=0.0, b=3.0); power(a=3.0, b=0.0); 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; divide(a=0.0, b=3.0); power(a=3.0, b=0.0); 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; power(a=3.0, b=0.0); 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; 9.0; 6.0; multiply(a=10.0, b=0.0); add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; 9.0; 6.0; 0.0; add(a=8.0, b=5.0); sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; 9.0; 6.0; 0.0; 14.2; sin(radians=3.0); 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; 9.0; 6.0; 0.0; 14.2; -0.99; 0.0; subtract(a=0.0, b=6.0)", "0.0; 2.2; 0.0; 9.0; 6.0; 0.0; 14.2; -0.99; 0.0; -9.0" ]
[ "power(a=0.0, b=9.0)", "multiply(a=1.0, b=2.0)", "divide(a=0.0, b=3.0)", "power(a=3.0, b=0.0)", "multiply(a=10.0, b=0.0)", "add(a=8.0, b=5.0)", "sin(radians=3.0)", "subtract(a=0.0, b=6.0)" ]
[ 0, 2.2, 0, 9, 0, 14.2, -0.99, -9 ]
Get me the values for 0.0 ** 9.0, (1.0 * 2.0), (0.0 / 3.0), 3.0 ** 0.0, 6.0, (10.0 * 0.0), (8.0 + 5.0), sin(3.0), 0.0, and (0.0 - 6.0) using only the given tools.
10
1
negate(a=2.0); multiply(a=10.0, b=1.0); multiply(a=8.0, b=1.0); cos(radians=7.0); 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0
[ "negate(a=2.0); multiply(a=10.0, b=1.0); multiply(a=8.0, b=1.0); cos(radians=7.0); 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; multiply(a=10.0, b=1.0); multiply(a=8.0, b=1.0); cos(radians=7.0); 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; 11.0; multiply(a=8.0, b=1.0); cos(radians=7.0); 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; 11.0; 8.8; cos(radians=7.0); 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; 11.0; 8.8; 0.657; 10.0; 9.0; add(a=8.0, b=1.0); power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; 11.0; 8.8; 0.657; 10.0; 9.0; 10.2; power(a=4.0, b=5.0); negate(a=4.0); 5.0", "2.0; 11.0; 8.8; 0.657; 10.0; 9.0; 10.2; 16384.0; negate(a=4.0); 5.0", "2.0; 11.0; 8.8; 0.657; 10.0; 9.0; 10.2; 16384.0; 4.0; 5.0" ]
[ "negate(a=2.0)", "multiply(a=10.0, b=1.0)", "multiply(a=8.0, b=1.0)", "cos(radians=7.0)", "add(a=8.0, b=1.0)", "power(a=4.0, b=5.0)", "negate(a=4.0)" ]
[ 2, 11, 8.8, 0.657, 10.2, 16384, 4 ]
Get me the values for -(2.0), (10.0 * 1.0), (8.0 * 1.0), cos(7.0), 10.0, 9.0, (8.0 + 1.0), 4.0 ** 5.0, -(4.0), and 5.0 using only the given tools.
10
1
8.0; 0.0; divide(a=0.0, b=3.0); divide(a=0.0, b=3.0); power(a=5.0, b=0.0); multiply(a=6.0, b=8.0); 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0
[ "8.0; 0.0; divide(a=0.0, b=3.0); divide(a=0.0, b=3.0); power(a=5.0, b=0.0); multiply(a=6.0, b=8.0); 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; power(a=5.0, b=0.0); multiply(a=6.0, b=8.0); 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; power(a=5.0, b=0.0); multiply(a=6.0, b=8.0); 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; 25.0; multiply(a=6.0, b=8.0); 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; 25.0; 52.8; 7.0; multiply(a=8.0, b=3.0); log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; 25.0; 52.8; 7.0; 26.4; log(a=5.0, base=9.0); 8.0", "8.0; 0.0; 0.0; 0.0; 25.0; 52.8; 7.0; 26.4; 0.68; 8.0" ]
[ "divide(a=0.0, b=3.0)", "divide(a=0.0, b=3.0)", "power(a=5.0, b=0.0)", "multiply(a=6.0, b=8.0)", "multiply(a=8.0, b=3.0)", "log(a=5.0, base=9.0)" ]
[ 0, 0, 25, 52.8, 26.4, 0.68 ]
Get me the values for 8.0, 0.0, (0.0 / 3.0), (0.0 / 3.0), 5.0 ** 0.0, (6.0 * 8.0), 7.0, (8.0 * 3.0), log(5.0, 9.0), and 8.0 using only the given tools.
10
1
power(a=7.0, b=8.0); 8.0; add(a=1.0, b=8.0); power(a=8.0, b=8.0); cos(radians=1.0); log(a=8.0, base=6.0); 2.0; power(a=8.0, b=8.0); 8.0; multiply(a=8.0, b=9.0)
[ "power(a=7.0, b=8.0); 8.0; add(a=1.0, b=8.0); power(a=8.0, b=8.0); cos(radians=1.0); log(a=8.0, base=6.0); 2.0; power(a=8.0, b=8.0); 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; add(a=1.0, b=8.0); power(a=8.0, b=8.0); cos(radians=1.0); log(a=8.0, base=6.0); 2.0; power(a=8.0, b=8.0); 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; power(a=8.0, b=8.0); cos(radians=1.0); log(a=8.0, base=6.0); 2.0; power(a=8.0, b=8.0); 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; 1073741824.0; cos(radians=1.0); log(a=8.0, base=6.0); 2.0; 1073741824.0; 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; 1073741824.0; 0.841; log(a=8.0, base=6.0); 2.0; 1073741824.0; 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; 1073741824.0; 0.841; 1.032; 2.0; 1073741824.0; 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; 1073741824.0; 0.841; 1.032; 2.0; 1073741824.0; 8.0; multiply(a=8.0, b=9.0)", "282475249.0; 8.0; 10.2; 1073741824.0; 0.841; 1.032; 2.0; 1073741824.0; 8.0; 79.2" ]
[ "power(a=7.0, b=8.0)", "add(a=1.0, b=8.0)", "power(a=8.0, b=8.0)", "cos(radians=1.0)", "log(a=8.0, base=6.0)", "power(a=8.0, b=8.0)", "multiply(a=8.0, b=9.0)" ]
[ 282475249, 10.2, 1073741824, 0.841, 1.032, 1073741824, 79.2 ]
Get me the values for 7.0 ** 8.0, 8.0, (1.0 + 8.0), 8.0 ** 8.0, cos(1.0), log(8.0, 6.0), 2.0, 8.0 ** 8.0, 8.0, and (8.0 * 9.0) using only the given tools.
10
1
9.0; cos(radians=6.0); sin(radians=9.0); pi(); sin(radians=10.0); power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)
[ "9.0; cos(radians=6.0); sin(radians=9.0); pi(); sin(radians=10.0); power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; sin(radians=9.0); pi(); sin(radians=10.0); power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; -0.91113; pi(); sin(radians=10.0); power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; -0.91113; 2.71828; sin(radians=10.0); power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; -0.91113; 2.71828; -0.839; power(a=6.0, b=10.0); negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; -0.91113; 2.71828; -0.839; 2176782336.0; negate(a=6.0); log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); negate(a=6.0)", "9.0; -0.2794; -0.91113; 2.71828; -0.839; 2176782336.0; 6.0; log(a=6.0, base=7.0); multiply(a=5.0, b=5.0); 6.0", "9.0; -0.2794; -0.91113; 2.71828; -0.839; 2176782336.0; 6.0; 0.83724; multiply(a=5.0, b=5.0); 6.0", "9.0; -0.2794; -0.91113; 2.71828; -0.839; 2176782336.0; 6.0; 0.83724; 27.5; 6.0", "9.0; -0.2794; -0.91113; 2.71828; -0.839; 2176782336.0; 6.0; 0.83724; 27.5; 6.0" ]
[ "cos(radians=6.0)", "sin(radians=9.0)", "pi()", "sin(radians=10.0)", "power(a=6.0, b=10.0)", "negate(a=6.0)", "log(a=6.0, base=7.0)", "multiply(a=5.0, b=5.0)", "negate(a=6.0)" ]
[ -0.2794, -0.91113, 2.71828, -0.839, 2176782336, 6, 0.83724, 27.5, 6 ]
Get me the values for 9.0, cos(6.0), sin(9.0), pi, sin(10.0), 6.0 ** 10.0, -(6.0), log(6.0, 7.0), (5.0 * 5.0), and -(6.0) using only the given tools.
10
1
log(a=10.0, base=10.0); subtract(a=10.0, b=10.0); 10.0; add(a=10.0, b=5.0); power(a=6.0, b=9.0); divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)
[ "log(a=10.0, base=10.0); subtract(a=10.0, b=10.0); 10.0; add(a=10.0, b=5.0); power(a=6.0, b=9.0); divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; subtract(a=10.0, b=10.0); 10.0; add(a=10.0, b=5.0); power(a=6.0, b=9.0); divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; add(a=10.0, b=5.0); power(a=6.0, b=9.0); divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; power(a=6.0, b=9.0); divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; 362797056.0; divide(a=10.0, b=5.0); subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; 362797056.0; 1.0; subtract(a=2.0, b=10.0); 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; 362797056.0; 1.0; -11.0; 5.0; cos(radians=8.0); add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; 362797056.0; 1.0; -11.0; 5.0; 1.0; add(a=10.0, b=7.0)", "0.94; -3.0; 10.0; 16.2; 362797056.0; 1.0; -11.0; 5.0; 1.0; 18.2" ]
[ "log(a=10.0, base=10.0)", "subtract(a=10.0, b=10.0)", "add(a=10.0, b=5.0)", "power(a=6.0, b=9.0)", "divide(a=10.0, b=5.0)", "subtract(a=2.0, b=10.0)", "cos(radians=8.0)", "add(a=10.0, b=7.0)" ]
[ 0.94, -3, 16.2, 362797056, 1, -11, 1, 18.2 ]
Get me the values for log(10.0, 10.0), (10.0 - 10.0), 10.0, (10.0 + 5.0), 6.0 ** 9.0, (10.0 / 5.0), (2.0 - 10.0), 5.0, cos(8.0), and (10.0 + 7.0) using only the given tools.
10
1
2.0; 8.0; subtract(a=4.0, b=2.0); subtract(a=3.0, b=4.0); subtract(a=8.0, b=8.0); log(a=2.0, base=7.0); 8.0; negate(a=3.0); 1.0; subtract(a=3.0, b=4.0)
[ "2.0; 8.0; subtract(a=4.0, b=2.0); subtract(a=3.0, b=4.0); subtract(a=8.0, b=8.0); log(a=2.0, base=7.0); 8.0; negate(a=3.0); 1.0; subtract(a=3.0, b=4.0)", "2.0; 8.0; -1.0; subtract(a=3.0, b=4.0); subtract(a=8.0, b=8.0); log(a=2.0, base=7.0); 8.0; negate(a=3.0); 1.0; subtract(a=3.0, b=4.0)", "2.0; 8.0; -1.0; -4.0; subtract(a=8.0, b=8.0); log(a=2.0, base=7.0); 8.0; negate(a=3.0); 1.0; -4.0", "2.0; 8.0; -1.0; -4.0; -3.0; log(a=2.0, base=7.0); 8.0; negate(a=3.0); 1.0; -4.0", "2.0; 8.0; -1.0; -4.0; -3.0; 0.32389; 8.0; negate(a=3.0); 1.0; -4.0", "2.0; 8.0; -1.0; -4.0; -3.0; 0.32389; 8.0; 3.0; 1.0; -4.0", "2.0; 8.0; -1.0; -4.0; -3.0; 0.32389; 8.0; 3.0; 1.0; -4.0" ]
[ "subtract(a=4.0, b=2.0)", "subtract(a=3.0, b=4.0)", "subtract(a=8.0, b=8.0)", "log(a=2.0, base=7.0)", "negate(a=3.0)", "subtract(a=3.0, b=4.0)" ]
[ -1, -4, -3, 0.32389, 3, -4 ]
Get me the values for 2.0, 8.0, (4.0 - 2.0), (3.0 - 4.0), (8.0 - 8.0), log(2.0, 7.0), 8.0, -(3.0), 1.0, and (3.0 - 4.0) using only the given tools.
10
1
cos(radians=5.0); power(a=5.0, b=2.0); subtract(a=9.0, b=5.0); 2.0; power(a=4.0, b=7.0); add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)
[ "cos(radians=5.0); power(a=5.0, b=2.0); subtract(a=9.0, b=5.0); 2.0; power(a=4.0, b=7.0); add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; power(a=5.0, b=2.0); subtract(a=9.0, b=5.0); 2.0; power(a=4.0, b=7.0); add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; subtract(a=9.0, b=5.0); 2.0; power(a=4.0, b=7.0); add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; power(a=4.0, b=7.0); add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; add(a=7.0, b=9.0); sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; 17.2; sin(radians=2.0); add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; 17.2; -0.416; add(a=9.0, b=1.0); power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; 17.2; -0.416; 11.2; power(a=6.0, b=0.0); subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; 17.2; -0.416; 11.2; 36.0; subtract(a=7.0, b=4.0)", "-0.95892; 625.0; 1.0; 2.0; 262144.0; 17.2; -0.416; 11.2; 36.0; 0.0" ]
[ "cos(radians=5.0)", "power(a=5.0, b=2.0)", "subtract(a=9.0, b=5.0)", "power(a=4.0, b=7.0)", "add(a=7.0, b=9.0)", "sin(radians=2.0)", "add(a=9.0, b=1.0)", "power(a=6.0, b=0.0)", "subtract(a=7.0, b=4.0)" ]
[ -0.95892, 625, 1, 262144, 17.2, -0.416, 11.2, 36, 0 ]
Get me the values for cos(5.0), 5.0 ** 2.0, (9.0 - 5.0), 2.0, 4.0 ** 7.0, (7.0 + 9.0), sin(2.0), (9.0 + 1.0), 6.0 ** 0.0, and (7.0 - 4.0) using only the given tools.
10
1
subtract(a=0.0, b=7.0); 0.0; pi(); 1.0; log(a=5.0, base=0.0); log(a=5.0, base=0.0); 0.0; divide(a=0.0, b=1.0); pi(); cos(radians=7.0)
[ "subtract(a=0.0, b=7.0); 0.0; pi(); 1.0; log(a=5.0, base=0.0); log(a=5.0, base=0.0); 0.0; divide(a=0.0, b=1.0); pi(); cos(radians=7.0)", "-10.0; 0.0; pi(); 1.0; log(a=5.0, base=0.0); log(a=5.0, base=0.0); 0.0; divide(a=0.0, b=1.0); pi(); cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; log(a=5.0, base=0.0); log(a=5.0, base=0.0); 0.0; divide(a=0.0, b=1.0); 2.72; cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; 4.0; 3.9694; 0.0; divide(a=0.0, b=1.0); 2.72; cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; 4.0; 3.9694; 0.0; divide(a=0.0, b=1.0); 2.72; cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; 4.0; 3.9694; 0.0; 0.0; 2.72; cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; 4.0; 3.9694; 0.0; 0.0; 2.72; cos(radians=7.0)", "-10.0; 0.0; 2.7; 1.0; 4.0; 3.9694; 0.0; 0.0; 2.72; 0.657" ]
[ "subtract(a=0.0, b=7.0)", "pi()", "log(a=5.0, base=0.0)", "log(a=5.0, base=0.0)", "divide(a=0.0, b=1.0)", "pi()", "cos(radians=7.0)" ]
[ -10, 2.72, 3.9694, 3.97, 0, 2.7183, 0.657 ]
Get me the values for (0.0 - 7.0), 0.0, pi, 1.0, log(5.0, 0.0), log(5.0, 0.0), 0.0, (0.0 / 1.0), pi, and cos(7.0) using only the given tools.
10
1
cos(radians=2.0); 2.0; pi(); log(a=2.0, base=8.0); sin(radians=10.0); 6.0; subtract(a=3.0, b=6.0); pi(); pi(); power(a=2.0, b=pi())
[ "cos(radians=2.0); 2.0; pi(); log(a=2.0, base=8.0); sin(radians=10.0); 6.0; subtract(a=3.0, b=6.0); pi(); pi(); power(a=2.0, b=pi())", "0.9; 2.0; pi(); log(a=2.0, base=8.0); sin(radians=10.0); 6.0; subtract(a=3.0, b=6.0); pi(); pi(); power(a=2.0, b=pi())", "0.9; 2.0; 2.718; log(a=2.0, base=8.0); sin(radians=10.0); 6.0; subtract(a=3.0, b=6.0); 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; sin(radians=10.0); 6.0; subtract(a=3.0, b=6.0); 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; subtract(a=3.0, b=6.0); 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; -6.0; 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; -6.0; 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; -6.0; 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; -6.0; 2.7183; 2.72; power(a=2.0, b=2.7)", "0.9; 2.0; 2.718; 0.308; -0.83907; 6.0; -6.0; 2.7183; 2.72; 25.99208" ]
[ "cos(radians=2.0)", "pi()", "log(a=2.0, base=8.0)", "sin(radians=10.0)", "subtract(a=3.0, b=6.0)", "pi()", "pi()", "pi()", "power(a=2.0, b=2.7)" ]
[ 0.9, 2.7, 0.308, -0.83907, -6, 2.71828, 2.7, 2.718, 25.99208 ]
Get me the values for cos(2.0), 2.0, pi, log(2.0, 8.0), sin(10.0), 6.0, (3.0 - 6.0), pi, pi, and 2.0 ** pi using only the given tools.
10
1
power(a=8.0, b=8.0); divide(a=8.0, b=5.0); sin(radians=8.0); 0.0; subtract(a=4.0, b=3.0); divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)
[ "power(a=8.0, b=8.0); divide(a=8.0, b=5.0); sin(radians=8.0); 0.0; subtract(a=4.0, b=3.0); divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; divide(a=8.0, b=5.0); sin(radians=8.0); 0.0; subtract(a=4.0, b=3.0); divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; sin(radians=8.0); 0.0; subtract(a=4.0, b=3.0); divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; -0.1455; 0.0; subtract(a=4.0, b=3.0); divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; -0.1455; 0.0; -2.0; divide(a=7.0, b=3.0); negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; -0.1455; 0.0; -2.0; 1.167; negate(a=3.0); 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; -0.1455; 0.0; -2.0; 1.167; 3.0; 3.0; 7.0; sin(radians=4.0)", "1073741824.0; 0.8; -0.1455; 0.0; -2.0; 1.167; 3.0; 3.0; 7.0; -0.6536" ]
[ "power(a=8.0, b=8.0)", "divide(a=8.0, b=5.0)", "sin(radians=8.0)", "subtract(a=4.0, b=3.0)", "divide(a=7.0, b=3.0)", "negate(a=3.0)", "sin(radians=4.0)" ]
[ 1073741824, 0.8, -0.1455, -2, 1.167, 3, -0.6536 ]
Get me the values for 8.0 ** 8.0, (8.0 / 5.0), sin(8.0), 0.0, (4.0 - 3.0), (7.0 / 3.0), -(3.0), 3.0, 7.0, and sin(4.0) using only the given tools.
10
1
cos(radians=8.0); sin(radians=3.0); divide(a=3.0, b=4.0); sin(radians=1.0); power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)
[ "cos(radians=8.0); sin(radians=3.0); divide(a=3.0, b=4.0); sin(radians=1.0); power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; sin(radians=3.0); divide(a=3.0, b=4.0); sin(radians=1.0); power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; divide(a=3.0, b=4.0); sin(radians=1.0); power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; 0.4; sin(radians=1.0); power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; 0.4; 0.5; power(a=8.0, b=2.0); 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; 0.4; 0.5; 4096.0; 2.0; power(a=0.0, b=3.0); 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; 0.4; 0.5; 4096.0; 2.0; 0.0; 8.0; negate(a=0.0); sin(radians=9.0)", "0.99; -0.98999; 0.4; 0.5; 4096.0; 2.0; 0.0; 8.0; 0.0; sin(radians=9.0)", "0.99; -0.98999; 0.4; 0.5; 4096.0; 2.0; 0.0; 8.0; 0.0; -0.9111" ]
[ "cos(radians=8.0)", "sin(radians=3.0)", "divide(a=3.0, b=4.0)", "sin(radians=1.0)", "power(a=8.0, b=2.0)", "power(a=0.0, b=3.0)", "negate(a=0.0)", "sin(radians=9.0)" ]
[ 0.99, -0.98999, 0.4, 0.5, 4096, 0, 0, -0.9111 ]
Get me the values for cos(8.0), sin(3.0), (3.0 / 4.0), sin(1.0), 8.0 ** 2.0, 2.0, 0.0 ** 3.0, 8.0, -(0.0), and sin(9.0) using only the given tools.
10
1
subtract(a=9.0, b=9.0); divide(a=4.0, b=4.0); multiply(a=1.0, b=8.0); cos(radians=9.0); add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)
[ "subtract(a=9.0, b=9.0); divide(a=4.0, b=4.0); multiply(a=1.0, b=8.0); cos(radians=9.0); add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; divide(a=4.0, b=4.0); multiply(a=1.0, b=8.0); cos(radians=9.0); add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; multiply(a=1.0, b=8.0); cos(radians=9.0); add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; cos(radians=9.0); add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; add(a=9.0, b=9.0); power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; power(a=4.0, b=8.0); log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; 1048576.0; log(a=5.0, base=9.0); multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; 1048576.0; 0.68; multiply(a=9.0, b=4.0); negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; 1048576.0; 0.68; 39.6; negate(a=9.0); multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; 1048576.0; 0.68; 39.6; 9.0; multiply(a=6.0, b=8.0)", "-3.0; 0.5; 8.8; 0.41212; 19.2; 1048576.0; 0.68; 39.6; 9.0; 52.8" ]
[ "subtract(a=9.0, b=9.0)", "divide(a=4.0, b=4.0)", "multiply(a=1.0, b=8.0)", "cos(radians=9.0)", "add(a=9.0, b=9.0)", "power(a=4.0, b=8.0)", "log(a=5.0, base=9.0)", "multiply(a=9.0, b=4.0)", "negate(a=9.0)", "multiply(a=6.0, b=8.0)" ]
[ -3, 0.5, 8.8, 0.41212, 19.2, 1048576, 0.68, 39.6, 9, 52.8 ]
Get me the values for (9.0 - 9.0), (4.0 / 4.0), (1.0 * 8.0), cos(9.0), (9.0 + 9.0), 4.0 ** 8.0, log(5.0, 9.0), (9.0 * 4.0), -(9.0), and (6.0 * 8.0) using only the given tools.
10
1
subtract(a=2.0, b=2.0); pi(); pi(); 6.0; pi(); sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)
[ "subtract(a=2.0, b=2.0); pi(); pi(); 6.0; pi(); sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; pi(); pi(); 6.0; pi(); sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; sin(radians=0.0); negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; 1.0; negate(a=8.0); negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; 1.0; 8.0; negate(a=7.0); cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; 1.0; 8.0; 7.0; cos(radians=9.0); multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; 1.0; 8.0; 7.0; 0.4; multiply(a=0.0, b=7.0)", "-3.0; 2.7; 2.7; 6.0; 2.7; 1.0; 8.0; 7.0; 0.4; 0.0" ]
[ "subtract(a=2.0, b=2.0)", "pi()", "pi()", "pi()", "sin(radians=0.0)", "negate(a=8.0)", "negate(a=7.0)", "cos(radians=9.0)", "multiply(a=0.0, b=7.0)" ]
[ -3, 2.7, 2.7, 2.71828, 1, 8, 7, 0.4, 0 ]
Get me the values for (2.0 - 2.0), pi, pi, 6.0, pi, sin(0.0), -(8.0), -(7.0), cos(9.0), and (0.0 * 7.0) using only the given tools.
10
1
power(a=2.0, b=2.0); add(a=3.0, b=6.0); cos(radians=6.0); pi(); sin(radians=9.0); pi(); negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)
[ "power(a=2.0, b=2.0); add(a=3.0, b=6.0); cos(radians=6.0); pi(); sin(radians=9.0); pi(); negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; add(a=3.0, b=6.0); cos(radians=6.0); pi(); sin(radians=9.0); pi(); negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; cos(radians=6.0); pi(); sin(radians=9.0); pi(); negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; pi(); sin(radians=9.0); pi(); negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; sin(radians=9.0); 2.7183; negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; negate(a=2.0); cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; 2.0; cos(radians=10.0); log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; 2.0; -0.544; log(a=3.0, base=7.0); log(a=3.0, base=7.0)", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; 2.0; -0.544; 0.513; 0.51", "16.0; 10.2; -0.27942; 2.71828; -0.91113; 2.7183; 2.0; -0.544; 0.513; 0.51" ]
[ "power(a=2.0, b=2.0)", "add(a=3.0, b=6.0)", "cos(radians=6.0)", "pi()", "sin(radians=9.0)", "pi()", "negate(a=2.0)", "cos(radians=10.0)", "log(a=3.0, base=7.0)", "log(a=3.0, base=7.0)" ]
[ 16, 10.2, -0.27942, 2.7183, -0.91113, 2.72, 2, -0.544, 0.51, 0.51335 ]
Get me the values for 2.0 ** 2.0, (3.0 + 6.0), cos(6.0), pi, sin(9.0), pi, -(2.0), cos(10.0), log(3.0, 7.0), and log(3.0, 7.0) using only the given tools.
10
1
add(a=3.0, b=4.0); negate(a=4.0); log(a=8.0, base=3.0); divide(a=8.0, b=8.0); pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); negate(a=4.0)
[ "add(a=3.0, b=4.0); negate(a=4.0); log(a=8.0, base=3.0); divide(a=8.0, b=8.0); pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); negate(a=4.0)", "8.2; negate(a=4.0); log(a=8.0, base=3.0); divide(a=8.0, b=8.0); pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); negate(a=4.0)", "8.2; 4.0; log(a=8.0, base=3.0); divide(a=8.0, b=8.0); pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; divide(a=8.0, b=8.0); pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; 0.5; pi(); power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; 0.5; 2.71828; power(a=3.0, b=3.0); 3.0; negate(a=7.0); divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; 0.5; 2.71828; 243.0; 3.0; negate(a=7.0); divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; 0.5; 2.71828; 243.0; 3.0; 7.0; divide(a=2.0, b=7.0); 4.0", "8.2; 4.0; 1.3825; 0.5; 2.71828; 243.0; 3.0; 7.0; 0.1429; 4.0", "8.2; 4.0; 1.3825; 0.5; 2.71828; 243.0; 3.0; 7.0; 0.1429; 4.0" ]
[ "add(a=3.0, b=4.0)", "negate(a=4.0)", "log(a=8.0, base=3.0)", "divide(a=8.0, b=8.0)", "pi()", "power(a=3.0, b=3.0)", "negate(a=7.0)", "divide(a=2.0, b=7.0)", "negate(a=4.0)" ]
[ 8.2, 4, 1.3825, 0.5, 2.71828, 243, 7, 0.1429, 4 ]
Get me the values for (3.0 + 4.0), -(4.0), log(8.0, 3.0), (8.0 / 8.0), pi, 3.0 ** 3.0, 3.0, -(7.0), (2.0 / 7.0), and -(4.0) using only the given tools.
10
1
sin(radians=3.0); pi(); pi(); negate(a=5.0); log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); negate(a=5.0)
[ "sin(radians=3.0); pi(); pi(); negate(a=5.0); log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); negate(a=5.0)", "-0.99; pi(); pi(); negate(a=5.0); log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); negate(a=5.0)", "-0.99; 2.7; 2.72; negate(a=5.0); log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); negate(a=5.0)", "-0.99; 2.7; 2.72; negate(a=5.0); log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); negate(a=5.0)", "-0.99; 2.7; 2.72; 5.0; log(a=3.0, base=8.0); cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; cos(radians=8.0); cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; 1.0; cos(radians=0.0); sin(radians=5.0); multiply(a=9.0, b=10.0); 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; 1.0; 0.0; sin(radians=5.0); multiply(a=9.0, b=10.0); 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; 1.0; 0.0; 0.284; multiply(a=9.0, b=10.0); 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; 1.0; 0.0; 0.284; 99.0; 5.0", "-0.99; 2.7; 2.72; 5.0; 0.488; 1.0; 0.0; 0.284; 99.0; 5.0" ]
[ "sin(radians=3.0)", "pi()", "pi()", "negate(a=5.0)", "log(a=3.0, base=8.0)", "cos(radians=8.0)", "cos(radians=0.0)", "sin(radians=5.0)", "multiply(a=9.0, b=10.0)", "negate(a=5.0)" ]
[ -0.99, 2.72, 2.71828, 5, 0.488, 1, 0, 0.284, 99, 5 ]
Get me the values for sin(3.0), pi, pi, -(5.0), log(3.0, 8.0), cos(8.0), cos(0.0), sin(5.0), (9.0 * 10.0), and -(5.0) using only the given tools.
10
1
sin(radians=log(a=7.0, base=4.0))
[ "sin(radians=log(a=7.0, base=4.0))", "sin(radians=1.14)", "0.41759" ]
[ "log(a=7.0, base=4.0)", "sin(radians=1.14)" ]
[ 1.14, 0.41759 ]
Get me the value for sin(log(7.0, 4.0)) using only the given tools.
1
2
subtract(a=5.0, b=negate(a=1.0))
[ "subtract(a=5.0, b=negate(a=1.0))", "subtract(a=5.0, b=1.0)", "1.0" ]
[ "negate(a=1.0)", "subtract(a=5.0, b=1.0)" ]
[ 1, 1 ]
Get me the value for (5.0 - -(1.0)) using only the given tools.
1
2
sin(radians=power(a=10.0, b=10.0))
[ "sin(radians=power(a=10.0, b=10.0))", "sin(radians=1000000000000.0)", "0.7914" ]
[ "power(a=10.0, b=10.0)", "sin(radians=1000000000000.0)" ]
[ 1000000000000, 0.7914 ]
Get me the value for sin(10.0 ** 10.0) using only the given tools.
1
2
add(a=power(a=4.0, b=8.0), b=divide(a=1.0, b=7.0))
[ "add(a=power(a=4.0, b=8.0), b=divide(a=1.0, b=7.0))", "add(a=power(a=4.0, b=8.0), b=0.1)", "add(a=1048576.0, b=0.1)", "1048577.3" ]
[ "divide(a=1.0, b=7.0)", "power(a=4.0, b=8.0)", "add(a=1048576.0, b=0.1)" ]
[ 0.1, 1048576, 1048577.3 ]
Get me the value for (4.0 ** 8.0 + (1.0 / 7.0)) using only the given tools.
1
2
log(a=add(a=5.0, b=10.0), base=add(a=7.0, b=8.0))
[ "log(a=add(a=5.0, b=10.0), base=add(a=7.0, b=8.0))", "log(a=add(a=5.0, b=10.0), base=16.2)", "log(a=16.2, base=16.2)", "0.9692" ]
[ "add(a=7.0, b=8.0)", "add(a=5.0, b=10.0)", "log(a=16.2, base=16.2)" ]
[ 16.2, 16.2, 0.9692 ]
Get me the value for log((5.0 + 10.0), (7.0 + 8.0)) using only the given tools.
1
2
cos(radians=negate(a=6.0))
[ "cos(radians=negate(a=6.0))", "cos(radians=6.0)", "-0.279" ]
[ "negate(a=6.0)", "cos(radians=6.0)" ]
[ 6, -0.279 ]
Get me the value for cos(-(6.0)) using only the given tools.
1
2
cos(radians=subtract(a=5.0, b=0.0))
[ "cos(radians=subtract(a=5.0, b=0.0))", "cos(radians=2.0)", "0.91" ]
[ "subtract(a=5.0, b=0.0)", "cos(radians=2.0)" ]
[ 2, 0.91 ]
Get me the value for cos((5.0 - 0.0)) using only the given tools.
1
2
divide(a=sin(radians=9.0), b=power(a=3.0, b=8.0))
[ "divide(a=sin(radians=9.0), b=power(a=3.0, b=8.0))", "divide(a=sin(radians=9.0), b=59049.0)", "divide(a=-0.911, b=59049.0)", "-0.0" ]
[ "power(a=3.0, b=8.0)", "sin(radians=9.0)", "divide(a=-0.911, b=59049.0)" ]
[ 59049, -0.911, 0 ]
Get me the value for (sin(9.0) / 3.0 ** 8.0) using only the given tools.
1
2
log(a=power(a=7.0, b=4.0), base=divide(a=7.0, b=4.0))
[ "log(a=power(a=7.0, b=4.0), base=divide(a=7.0, b=4.0))", "log(a=power(a=7.0, b=4.0), base=0.875)", "log(a=117649.0, base=0.875)", "13.5" ]
[ "divide(a=7.0, b=4.0)", "power(a=7.0, b=4.0)", "log(a=117649.0, base=0.875)" ]
[ 0.875, 117649, 13.5 ]
Get me the value for log(7.0 ** 4.0, (7.0 / 4.0)) using only the given tools.
1
2
negate(a=sin(radians=1.0))
[ "negate(a=sin(radians=1.0))", "negate(a=0.5403)", "0.5403" ]
[ "sin(radians=1.0)", "negate(a=0.5403)" ]
[ 0.5403, 0.5403 ]
Get me the value for -(sin(1.0)) using only the given tools.
1
2
cos(radians=multiply(a=2.0, b=7.0))
[ "cos(radians=multiply(a=2.0, b=7.0))", "cos(radians=15.4)", "0.3031" ]
[ "multiply(a=2.0, b=7.0)", "cos(radians=15.4)" ]
[ 15.4, 0.3031 ]
Get me the value for cos((2.0 * 7.0)) using only the given tools.
1
2
subtract(a=add(a=10.0, b=4.0), b=subtract(a=4.0, b=9.0))
[ "subtract(a=add(a=10.0, b=4.0), b=subtract(a=4.0, b=9.0))", "subtract(a=add(a=10.0, b=4.0), b=-8.0)", "subtract(a=15.2, b=-8.0)", "20.2" ]
[ "subtract(a=4.0, b=9.0)", "add(a=10.0, b=4.0)", "subtract(a=15.2, b=-8.0)" ]
[ -8, 15.2, 20.2 ]
Get me the value for ((10.0 + 4.0) - (4.0 - 9.0)) using only the given tools.
1
2
log(a=multiply(a=6.0, b=5.0), base=sin(radians=6.0))
[ "log(a=multiply(a=6.0, b=5.0), base=sin(radians=6.0))", "log(a=multiply(a=6.0, b=5.0), base=0.96017)", "log(a=33.0, base=0.96017)", "3.88" ]
[ "sin(radians=6.0)", "multiply(a=6.0, b=5.0)", "log(a=33.0, base=0.96017)" ]
[ 0.96017, 33, 3.88 ]
Get me the value for log((6.0 * 5.0), sin(6.0)) using only the given tools.
1
2
power(a=divide(a=4.0, b=5.0), b=9.0)
[ "power(a=divide(a=4.0, b=5.0), b=9.0)", "power(a=0.4, b=9.0)", "0.0" ]
[ "divide(a=4.0, b=5.0)", "power(a=0.4, b=9.0)" ]
[ 0.4, 0 ]
Get me the value for (4.0 / 5.0) ** 9.0 using only the given tools.
1
2
negate(a=divide(a=2.0, b=8.0))
[ "negate(a=divide(a=2.0, b=8.0))", "negate(a=0.1)", "0.1" ]
[ "divide(a=2.0, b=8.0)", "negate(a=0.1)" ]
[ 0.1, 0.1 ]
Get me the value for -((2.0 / 8.0)) using only the given tools.
1
2
add(a=divide(a=5.0, b=5.0), b=divide(a=6.0, b=9.0))
[ "add(a=divide(a=5.0, b=5.0), b=divide(a=6.0, b=9.0))", "add(a=divide(a=5.0, b=5.0), b=0.33333)", "add(a=0.5, b=0.33333)", "2.033" ]
[ "divide(a=6.0, b=9.0)", "divide(a=5.0, b=5.0)", "add(a=0.5, b=0.33333)" ]
[ 0.33333, 0.5, 2.033 ]
Get me the value for ((5.0 / 5.0) + (6.0 / 9.0)) using only the given tools.
1
2
multiply(a=sin(radians=5.0), b=negate(a=5.0))
[ "multiply(a=sin(radians=5.0), b=negate(a=5.0))", "multiply(a=sin(radians=5.0), b=5.0)", "multiply(a=0.28366, b=5.0)", "1.6" ]
[ "negate(a=5.0)", "sin(radians=5.0)", "multiply(a=0.28366, b=5.0)" ]
[ 5, 0.28366, 1.6 ]
Get me the value for (sin(5.0) * -(5.0)) using only the given tools.
1
2
subtract(a=add(a=6.0, b=6.0), b=add(a=3.0, b=9.0))
[ "subtract(a=add(a=6.0, b=6.0), b=add(a=3.0, b=9.0))", "subtract(a=add(a=6.0, b=6.0), b=13.2)", "subtract(a=13.2, b=13.2)", "-3.0" ]
[ "add(a=3.0, b=9.0)", "add(a=6.0, b=6.0)", "subtract(a=13.2, b=13.2)" ]
[ 13.2, 13.2, -3 ]
Get me the value for ((6.0 + 6.0) - (3.0 + 9.0)) using only the given tools.
1
2
divide(a=cos(radians=2.0), b=8.0)
[ "divide(a=cos(radians=2.0), b=8.0)", "divide(a=0.909, b=8.0)", "0.05681" ]
[ "cos(radians=2.0)", "divide(a=0.909, b=8.0)" ]
[ 0.909, 0.05681 ]
Get me the value for (cos(2.0) / 8.0) using only the given tools.
1
2
negate(a=cos(radians=1.0))
[ "negate(a=cos(radians=1.0))", "negate(a=0.841)", "0.841" ]
[ "cos(radians=1.0)", "negate(a=0.841)" ]
[ 0.841, 0.841 ]
Get me the value for -(cos(1.0)) using only the given tools.
1
2
sin(radians=cos(radians=5.0))
[ "sin(radians=cos(radians=5.0))", "sin(radians=-0.95892)", "0.57" ]
[ "cos(radians=5.0)", "sin(radians=-0.95892)" ]
[ -0.95892, 0.57 ]
Get me the value for sin(cos(5.0)) using only the given tools.
1
2
negate(a=divide(a=7.0, b=7.0))
[ "negate(a=divide(a=7.0, b=7.0))", "negate(a=0.5)", "0.5" ]
[ "divide(a=7.0, b=7.0)", "negate(a=0.5)" ]
[ 0.5, 0.5 ]
Get me the value for -((7.0 / 7.0)) using only the given tools.
1
2
negate(a=sin(radians=0.0))
[ "negate(a=sin(radians=0.0))", "negate(a=1.0)", "1.0" ]
[ "sin(radians=0.0)", "negate(a=1.0)" ]
[ 1, 1 ]
Get me the value for -(sin(0.0)) using only the given tools.
1
2
sin(radians=cos(radians=8.0))
[ "sin(radians=cos(radians=8.0))", "sin(radians=0.99)", "0.5487" ]
[ "cos(radians=8.0)", "sin(radians=0.99)" ]
[ 0.99, 0.5487 ]
Get me the value for sin(cos(8.0)) using only the given tools.
1
2
cos(radians=sin(radians=6.0))
[ "cos(radians=sin(radians=6.0))", "cos(radians=0.96)", "0.81919" ]
[ "sin(radians=6.0)", "cos(radians=0.96)" ]
[ 0.96, 0.81919 ]
Get me the value for cos(sin(6.0)) using only the given tools.
1
2
subtract(a=log(a=7.0, base=5.0), b=divide(a=4.0, b=3.0))
[ "subtract(a=log(a=7.0, base=5.0), b=divide(a=4.0, b=3.0))", "subtract(a=log(a=7.0, base=5.0), b=0.7)", "subtract(a=1.0, b=0.7)", "-2.7" ]
[ "divide(a=4.0, b=3.0)", "log(a=7.0, base=5.0)", "subtract(a=1.0, b=0.7)" ]
[ 0.7, 1, -2.7 ]
Get me the value for (log(7.0, 5.0) - (4.0 / 3.0)) using only the given tools.
1
2
multiply(a=sin(radians=6.0), b=subtract(a=0.0, b=8.0))
[ "multiply(a=sin(radians=6.0), b=subtract(a=0.0, b=8.0))", "multiply(a=sin(radians=6.0), b=-11.0)", "multiply(a=0.96, b=-11.0)", "-11.616" ]
[ "subtract(a=0.0, b=8.0)", "sin(radians=6.0)", "multiply(a=0.96, b=-11.0)" ]
[ -11, 0.96, -11.616 ]
Get me the value for (sin(6.0) * (0.0 - 8.0)) using only the given tools.
1
2
sin(radians=log(a=2.0, base=2.0))
[ "sin(radians=log(a=2.0, base=2.0))", "sin(radians=0.5533)", "0.85" ]
[ "log(a=2.0, base=2.0)", "sin(radians=0.5533)" ]
[ 0.5533, 0.85 ]
Get me the value for sin(log(2.0, 2.0)) using only the given tools.
1
2
power(a=cos(radians=3.0), b=sin(radians=3.0))
[ "power(a=cos(radians=3.0), b=sin(radians=3.0))", "power(a=cos(radians=3.0), b=-0.99)", "power(a=0.14, b=-0.99)", "0.1" ]
[ "sin(radians=3.0)", "cos(radians=3.0)", "power(a=0.14, b=-0.99)" ]
[ -0.99, 0.14, 0.1 ]
Get me the value for cos(3.0) ** sin(3.0) using only the given tools.
1
2
multiply(a=add(a=7.0, b=7.0), b=power(a=1.0, b=2.0))
[ "multiply(a=add(a=7.0, b=7.0), b=power(a=1.0, b=2.0))", "multiply(a=add(a=7.0, b=7.0), b=1.0)", "multiply(a=15.2, b=1.0)", "16.72" ]
[ "power(a=1.0, b=2.0)", "add(a=7.0, b=7.0)", "multiply(a=15.2, b=1.0)" ]
[ 1, 15.2, 16.72 ]
Get me the value for ((7.0 + 7.0) * 1.0 ** 2.0) using only the given tools.
1
2
multiply(a=power(a=6.0, b=4.0), b=add(a=3.0, b=8.0))
[ "multiply(a=power(a=6.0, b=4.0), b=add(a=3.0, b=8.0))", "multiply(a=power(a=6.0, b=4.0), b=12.2)", "multiply(a=46656.0, b=12.2)", "626123.52" ]
[ "add(a=3.0, b=8.0)", "power(a=6.0, b=4.0)", "multiply(a=46656.0, b=12.2)" ]
[ 12.2, 46656, 626123.52 ]
Get me the value for (6.0 ** 4.0 * (3.0 + 8.0)) using only the given tools.
1
2
sin(radians=sin(radians=9.0))
[ "sin(radians=sin(radians=9.0))", "sin(radians=-0.91113)", "0.6129" ]
[ "sin(radians=9.0)", "sin(radians=-0.91113)" ]
[ -0.91113, 0.6129 ]
Get me the value for sin(sin(9.0)) using only the given tools.
1
2
add(a=divide(a=7.0, b=2.0), b=2.0)
[ "add(a=divide(a=7.0, b=2.0), b=2.0)", "add(a=1.75, b=2.0)", "4.95" ]
[ "divide(a=7.0, b=2.0)", "add(a=1.75, b=2.0)" ]
[ 1.75, 4.95 ]
Get me the value for ((7.0 / 2.0) + 2.0) using only the given tools.
1
2
log(a=negate(a=9.0), base=log(a=2.0, base=1.0))
[ "log(a=negate(a=9.0), base=log(a=2.0, base=1.0))", "log(a=negate(a=9.0), base=0.756)", "log(a=9.0, base=0.756)", "2.7006" ]
[ "log(a=2.0, base=1.0)", "negate(a=9.0)", "log(a=9.0, base=0.756)" ]
[ 0.756, 9, 2.7006 ]
Get me the value for log(-(9.0), log(2.0, 1.0)) using only the given tools.
1
2
sin(radians=log(a=4.0, base=6.0))
[ "sin(radians=log(a=4.0, base=6.0))", "sin(radians=0.7)", "0.76" ]
[ "log(a=4.0, base=6.0)", "sin(radians=0.7)" ]
[ 0.7, 0.76 ]
Get me the value for sin(log(4.0, 6.0)) using only the given tools.
1
2
multiply(a=1.0, b=add(a=6.0, b=5.0))
[ "multiply(a=1.0, b=add(a=6.0, b=5.0))", "multiply(a=1.0, b=12.2)", "13.42" ]
[ "add(a=6.0, b=5.0)", "multiply(a=1.0, b=12.2)" ]
[ 12.2, 13.42 ]
Get me the value for (1.0 * (6.0 + 5.0)) using only the given tools.
1
2
negate(a=sin(radians=2.0))
[ "negate(a=sin(radians=2.0))", "negate(a=-0.42)", "-0.42" ]
[ "sin(radians=2.0)", "negate(a=-0.42)" ]
[ -0.42, -0.42 ]
Get me the value for -(sin(2.0)) using only the given tools.
1
2
divide(a=negate(a=9.0), b=divide(a=8.0, b=7.0))
[ "divide(a=negate(a=9.0), b=divide(a=8.0, b=7.0))", "divide(a=negate(a=9.0), b=0.57143)", "divide(a=9.0, b=0.57143)", "7.875" ]
[ "divide(a=8.0, b=7.0)", "negate(a=9.0)", "divide(a=9.0, b=0.57143)" ]
[ 0.57143, 9, 7.875 ]
Get me the value for (-(9.0) / (8.0 / 7.0)) using only the given tools.
1
2
power(a=pi(), b=add(a=5.0, b=9.0))
[ "power(a=pi(), b=add(a=5.0, b=9.0))", "power(a=pi(), b=15.2)", "power(a=2.72, b=15.2)", "29825322.569" ]
[ "add(a=5.0, b=9.0)", "pi()", "power(a=2.72, b=15.2)" ]
[ 15.2, 2.72, 29825322.569 ]
Get me the value for pi ** (5.0 + 9.0) using only the given tools.
1
2
power(a=1.0, b=log(a=10.0, base=1.0))
[ "power(a=1.0, b=log(a=10.0, base=1.0))", "power(a=1.0, b=2.513)", "1.0" ]
[ "log(a=10.0, base=1.0)", "power(a=1.0, b=2.513)" ]
[ 2.513, 1 ]
Get me the value for 1.0 ** log(10.0, 1.0) using only the given tools.
1
2
cos(radians=cos(radians=7.0))
[ "cos(radians=cos(radians=7.0))", "cos(radians=0.66)", "0.6" ]
[ "cos(radians=7.0)", "cos(radians=0.66)" ]
[ 0.66, 0.6 ]
Get me the value for cos(cos(7.0)) using only the given tools.
1
2
negate(a=subtract(a=7.0, b=9.0))
[ "negate(a=subtract(a=7.0, b=9.0))", "negate(a=-5.0)", "-5.0" ]
[ "subtract(a=7.0, b=9.0)", "negate(a=-5.0)" ]
[ -5, -5 ]
Get me the value for -((7.0 - 9.0)) using only the given tools.
1
2
divide(a=power(a=4.0, b=6.0), b=pi())
[ "divide(a=power(a=4.0, b=6.0), b=pi())", "divide(a=power(a=4.0, b=6.0), b=2.7183)", "divide(a=65536.0, b=2.7183)", "12054.59294" ]
[ "pi()", "power(a=4.0, b=6.0)", "divide(a=65536.0, b=2.7183)" ]
[ 2.7183, 65536, 12054.59294 ]
Get me the value for (4.0 ** 6.0 / pi) using only the given tools.
1
2
add(a=divide(a=6.0, b=1.0), b=pi())
[ "add(a=divide(a=6.0, b=1.0), b=pi())", "add(a=divide(a=6.0, b=1.0), b=2.71828)", "add(a=3.0, b=2.71828)", "6.918" ]
[ "pi()", "divide(a=6.0, b=1.0)", "add(a=3.0, b=2.71828)" ]
[ 2.71828, 3, 6.918 ]
Get me the value for ((6.0 / 1.0) + pi) using only the given tools.
1
2
add(a=negate(a=2.0), b=pi())
[ "add(a=negate(a=2.0), b=pi())", "add(a=negate(a=2.0), b=2.718)", "add(a=2.0, b=2.718)", "5.918" ]
[ "pi()", "negate(a=2.0)", "add(a=2.0, b=2.718)" ]
[ 2.718, 2, 5.918 ]
Get me the value for (-(2.0) + pi) using only the given tools.
1
2
negate(a=divide(a=6.0, b=7.0))
[ "negate(a=divide(a=6.0, b=7.0))", "negate(a=0.4)", "0.4" ]
[ "divide(a=6.0, b=7.0)", "negate(a=0.4)" ]
[ 0.4, 0.4 ]
Get me the value for -((6.0 / 7.0)) using only the given tools.
1
2
negate(a=divide(a=0.0, b=5.0))
[ "negate(a=divide(a=0.0, b=5.0))", "negate(a=0.0)", "0.0" ]
[ "divide(a=0.0, b=5.0)", "negate(a=0.0)" ]
[ 0, 0 ]
Get me the value for -((0.0 / 5.0)) using only the given tools.
1
2
power(a=power(a=6.0, b=5.0), b=add(a=9.0, b=1.0))
[ "power(a=power(a=6.0, b=5.0), b=add(a=9.0, b=1.0))", "power(a=power(a=6.0, b=5.0), b=11.2)", "power(a=279936.0, b=11.2)", "7.964812113704546e+71" ]
[ "add(a=9.0, b=1.0)", "power(a=6.0, b=5.0)", "power(a=279936.0, b=11.2)" ]
[ 11.2, 279936, 7.964812113704546e+71 ]
Get me the value for 6.0 ** 5.0 ** (9.0 + 1.0) using only the given tools.
1
2
negate(a=log(a=7.0, base=0.0))
[ "negate(a=log(a=7.0, base=0.0))", "negate(a=4.7992)", "4.8" ]
[ "log(a=7.0, base=0.0)", "negate(a=4.7992)" ]
[ 4.7992, 4.8 ]
Get me the value for -(log(7.0, 0.0)) using only the given tools.
1
2
power(a=add(a=4.0, b=4.0), b=6.0)
[ "power(a=add(a=4.0, b=4.0), b=6.0)", "power(a=9.2, b=6.0)", "51321887.31376" ]
[ "add(a=4.0, b=4.0)", "power(a=9.2, b=6.0)" ]
[ 9.2, 51321887.31376 ]
Get me the value for (4.0 + 4.0) ** 6.0 using only the given tools.
1
2
log(a=divide(a=4.0, b=9.0), base=3.0)
[ "log(a=divide(a=4.0, b=9.0), base=3.0)", "log(a=0.2, base=3.0)", "-1.1" ]
[ "divide(a=4.0, b=9.0)", "log(a=0.2, base=3.0)" ]
[ 0.2, -1.1 ]
Get me the value for log((4.0 / 9.0), 3.0) using only the given tools.
1
2
sin(radians=negate(a=3.0))
[ "sin(radians=negate(a=3.0))", "sin(radians=3.0)", "-0.99" ]
[ "negate(a=3.0)", "sin(radians=3.0)" ]
[ 3, -0.99 ]
Get me the value for sin(-(3.0)) using only the given tools.
1
2
add(a=divide(a=1.0, b=5.0), b=power(a=7.0, b=3.0))
[ "add(a=divide(a=1.0, b=5.0), b=power(a=7.0, b=3.0))", "add(a=divide(a=1.0, b=5.0), b=16807.0)", "add(a=0.1, b=16807.0)", "16808.3" ]
[ "power(a=7.0, b=3.0)", "divide(a=1.0, b=5.0)", "add(a=0.1, b=16807.0)" ]
[ 16807, 0.1, 16808.3 ]
Get me the value for ((1.0 / 5.0) + 7.0 ** 3.0) using only the given tools.
1
2
cos(radians=subtract(a=6.0, b=2.0))
[ "cos(radians=subtract(a=6.0, b=2.0))", "cos(radians=1.0)", "0.8" ]
[ "subtract(a=6.0, b=2.0)", "cos(radians=1.0)" ]
[ 1, 0.8 ]
Get me the value for cos((6.0 - 2.0)) using only the given tools.
1
2
add(a=pi(), b=add(a=pi(), b=7.0))
[ "add(a=pi(), b=add(a=pi(), b=7.0))", "add(a=2.718, b=add(a=2.718, b=7.0))", "add(a=2.718, b=10.9)", "add(a=2.718, b=10.9)", "14.818" ]
[ "pi()", "add(a=2.718, b=7.0)", "pi()", "add(a=2.718, b=10.9)" ]
[ 2.718, 10.9, 2.72, 14.818 ]
Get me the value for (pi + (pi + 7.0)) using only the given tools.
1
2
add(a=sin(radians=5.0), b=cos(radians=7.0))
[ "add(a=sin(radians=5.0), b=cos(radians=7.0))", "add(a=sin(radians=5.0), b=0.7)", "add(a=0.3, b=0.7)", "2.2" ]
[ "cos(radians=7.0)", "sin(radians=5.0)", "add(a=0.3, b=0.7)" ]
[ 0.7, 0.3, 2.2 ]
Get me the value for (sin(5.0) + cos(7.0)) using only the given tools.
1
2
divide(a=add(a=8.0, b=4.0), b=4.0)
[ "divide(a=add(a=8.0, b=4.0), b=4.0)", "divide(a=13.2, b=4.0)", "1.65" ]
[ "add(a=8.0, b=4.0)", "divide(a=13.2, b=4.0)" ]
[ 13.2, 1.65 ]
Get me the value for ((8.0 + 4.0) / 4.0) using only the given tools.
1
2
negate(a=subtract(a=10.0, b=9.0))
[ "negate(a=subtract(a=10.0, b=9.0))", "negate(a=-2.0)", "-2.0" ]
[ "subtract(a=10.0, b=9.0)", "negate(a=-2.0)" ]
[ -2, -2 ]
Get me the value for -((10.0 - 9.0)) using only the given tools.
1
2
negate(a=cos(radians=4.0))
[ "negate(a=cos(radians=4.0))", "negate(a=-0.76)", "-0.76" ]
[ "cos(radians=4.0)", "negate(a=-0.76)" ]
[ -0.76, -0.76 ]
Get me the value for -(cos(4.0)) using only the given tools.
1
2
cos(radians=log(a=7.0, base=7.0))
[ "cos(radians=log(a=7.0, base=7.0))", "cos(radians=0.90928)", "0.78906" ]
[ "log(a=7.0, base=7.0)", "cos(radians=0.90928)" ]
[ 0.90928, 0.78906 ]
Get me the value for cos(log(7.0, 7.0)) using only the given tools.
1
2
negate(a=pi()); power(a=5.0, b=sin(radians=5.0))
[ "negate(a=pi()); power(a=5.0, b=sin(radians=5.0))", "negate(a=2.71828); power(a=5.0, b=sin(radians=5.0))", "2.7; power(a=5.0, b=sin(radians=5.0))", "2.7; power(a=5.0, b=0.28366)", "2.7; 39.46" ]
[ "pi()", "negate(a=2.71828)", "sin(radians=5.0)", "power(a=5.0, b=0.28366)" ]
[ 2.71828, 2.7, 0.28366, 39.46 ]
Get me the values for -(pi), and 5.0 ** sin(5.0) using only the given tools.
2
2
cos(radians=add(a=3.0, b=8.0)); multiply(a=negate(a=4.0), b=7.0)
[ "cos(radians=add(a=3.0, b=8.0)); multiply(a=negate(a=4.0), b=7.0)", "cos(radians=12.2); multiply(a=negate(a=4.0), b=7.0)", "-0.358; multiply(a=negate(a=4.0), b=7.0)", "-0.358; multiply(a=4.0, b=7.0)", "-0.358; 30.8" ]
[ "add(a=3.0, b=8.0)", "cos(radians=12.2)", "negate(a=4.0)", "multiply(a=4.0, b=7.0)" ]
[ 12.2, -0.358, 4, 30.8 ]
Get me the values for cos((3.0 + 8.0)), and (-(4.0) * 7.0) using only the given tools.
2
2
subtract(a=log(a=5.0, base=5.0), b=divide(a=6.0, b=7.0)); divide(a=negate(a=10.0), b=subtract(a=1.0, b=1.0))
[ "subtract(a=log(a=5.0, base=5.0), b=divide(a=6.0, b=7.0)); divide(a=negate(a=10.0), b=subtract(a=1.0, b=1.0))", "subtract(a=log(a=5.0, base=5.0), b=0.43); divide(a=negate(a=10.0), b=subtract(a=1.0, b=1.0))", "subtract(a=0.86, b=0.43); divide(a=negate(a=10.0), b=subtract(a=1.0, b=1.0))", "-2.57; divide(a=negate(a=10.0), b=subtract(a=1.0, b=1.0))", "-2.57; divide(a=negate(a=10.0), b=-3.0)", "-2.57; divide(a=10.0, b=-3.0)", "-2.57; -1.6667" ]
[ "divide(a=6.0, b=7.0)", "log(a=5.0, base=5.0)", "subtract(a=0.86, b=0.43)", "subtract(a=1.0, b=1.0)", "negate(a=10.0)", "divide(a=10.0, b=-3.0)" ]
[ 0.43, 0.86, -2.57, -3, 10, -1.6667 ]
Get me the values for (log(5.0, 5.0) - (6.0 / 7.0)), and (-(10.0) / (1.0 - 1.0)) using only the given tools.
2
2
power(a=add(a=5.0, b=8.0), b=multiply(a=8.0, b=8.0)); negate(a=sin(radians=7.0))
[ "power(a=add(a=5.0, b=8.0), b=multiply(a=8.0, b=8.0)); negate(a=sin(radians=7.0))", "power(a=add(a=5.0, b=8.0), b=70.4); negate(a=sin(radians=7.0))", "power(a=14.2, b=70.4); negate(a=sin(radians=7.0))", "2.66487064787366e+83; negate(a=sin(radians=7.0))", "2.66487064787366e+83; negate(a=0.754)", "2.66487064787366e+83; 0.754" ]
[ "multiply(a=8.0, b=8.0)", "add(a=5.0, b=8.0)", "power(a=14.2, b=70.4)", "sin(radians=7.0)", "negate(a=0.754)" ]
[ 70.4, 14.2, 2.66487064787366e+83, 0.754, 0.754 ]
Get me the values for (5.0 + 8.0) ** (8.0 * 8.0), and -(sin(7.0)) using only the given tools.
2
2
power(a=divide(a=6.0, b=9.0), b=cos(radians=1.0)); pi()
[ "power(a=divide(a=6.0, b=9.0), b=cos(radians=1.0)); pi()", "power(a=divide(a=6.0, b=9.0), b=0.84); pi()", "power(a=0.3, b=0.84); pi()", "0.0; pi()", "0.0; 2.71828" ]
[ "cos(radians=1.0)", "divide(a=6.0, b=9.0)", "power(a=0.3, b=0.84)", "pi()" ]
[ 0.84, 0.3, 0, 2.71828 ]
Get me the values for (6.0 / 9.0) ** cos(1.0), and pi using only the given tools.
2
2
add(a=subtract(a=1.0, b=4.0), b=log(a=2.0, base=0.0)); negate(a=add(a=9.0, b=4.0))
[ "add(a=subtract(a=1.0, b=4.0), b=log(a=2.0, base=0.0)); negate(a=add(a=9.0, b=4.0))", "add(a=subtract(a=1.0, b=4.0), b=1.7095); negate(a=add(a=9.0, b=4.0))", "add(a=-6.0, b=1.7095); negate(a=add(a=9.0, b=4.0))", "-3.09; negate(a=add(a=9.0, b=4.0))", "-3.09; negate(a=14.2)", "-3.09; 14.2" ]
[ "log(a=2.0, base=0.0)", "subtract(a=1.0, b=4.0)", "add(a=-6.0, b=1.7095)", "add(a=9.0, b=4.0)", "negate(a=14.2)" ]
[ 1.7095, -6, -3.09, 14.2, 14.2 ]
Get me the values for ((1.0 - 4.0) + log(2.0, 0.0)), and -((9.0 + 4.0)) using only the given tools.
2
2
cos(radians=subtract(a=4.0, b=2.0)); 4.0
[ "cos(radians=subtract(a=4.0, b=2.0)); 4.0", "cos(radians=-1.0); 4.0", "-0.841; 4.0" ]
[ "subtract(a=4.0, b=2.0)", "cos(radians=-1.0)" ]
[ -1, -0.841 ]
Get me the values for cos((4.0 - 2.0)), and 4.0 using only the given tools.
2
2
cos(radians=sin(radians=5.0)); negate(a=5.0)
[ "cos(radians=sin(radians=5.0)); negate(a=5.0)", "cos(radians=0.3); negate(a=5.0)", "0.2955; negate(a=5.0)", "0.2955; 5.0" ]
[ "sin(radians=5.0)", "cos(radians=0.3)", "negate(a=5.0)" ]
[ 0.3, 0.2955, 5 ]
Get me the values for cos(sin(5.0)), and -(5.0) using only the given tools.
2
2
negate(a=negate(a=1.0)); add(a=power(a=1.0, b=9.0), b=cos(radians=3.0))
[ "negate(a=negate(a=1.0)); add(a=power(a=1.0, b=9.0), b=cos(radians=3.0))", "negate(a=1.0); add(a=power(a=1.0, b=9.0), b=cos(radians=3.0))", "1.0; add(a=power(a=1.0, b=9.0), b=cos(radians=3.0))", "1.0; add(a=power(a=1.0, b=9.0), b=0.1411)", "1.0; add(a=1.0, b=0.1411)", "1.0; 2.34" ]
[ "negate(a=1.0)", "negate(a=1.0)", "cos(radians=3.0)", "power(a=1.0, b=9.0)", "add(a=1.0, b=0.1411)" ]
[ 1, 1, 0.1411, 1, 2.34 ]
Get me the values for -(-(1.0)), and (1.0 ** 9.0 + cos(3.0)) using only the given tools.
2
2
cos(radians=6.0); add(a=6.0, b=power(a=7.0, b=7.0))
[ "cos(radians=6.0); add(a=6.0, b=power(a=7.0, b=7.0))", "-0.28; add(a=6.0, b=power(a=7.0, b=7.0))", "-0.28; add(a=6.0, b=40353607.0)", "-0.28; 40353614.2" ]
[ "cos(radians=6.0)", "power(a=7.0, b=7.0)", "add(a=6.0, b=40353607.0)" ]
[ -0.28, 40353607, 40353614.2 ]
Get me the values for cos(6.0), and (6.0 + 7.0 ** 7.0) using only the given tools.
2
2
subtract(a=cos(radians=3.0), b=subtract(a=3.0, b=6.0)); divide(a=divide(a=3.0, b=1.0), b=9.0)
[ "subtract(a=cos(radians=3.0), b=subtract(a=3.0, b=6.0)); divide(a=divide(a=3.0, b=1.0), b=9.0)", "subtract(a=cos(radians=3.0), b=-6.0); divide(a=divide(a=3.0, b=1.0), b=9.0)", "subtract(a=0.1, b=-6.0); divide(a=divide(a=3.0, b=1.0), b=9.0)", "3.1; divide(a=divide(a=3.0, b=1.0), b=9.0)", "3.1; divide(a=1.5, b=9.0)", "3.1; 0.0833" ]
[ "subtract(a=3.0, b=6.0)", "cos(radians=3.0)", "subtract(a=0.1, b=-6.0)", "divide(a=3.0, b=1.0)", "divide(a=1.5, b=9.0)" ]
[ -6, 0.1, 3.1, 1.5, 0.0833 ]
Get me the values for (cos(3.0) - (3.0 - 6.0)), and ((3.0 / 1.0) / 9.0) using only the given tools.
2
2
cos(radians=multiply(a=10.0, b=10.0)); negate(a=sin(radians=10.0))
[ "cos(radians=multiply(a=10.0, b=10.0)); negate(a=sin(radians=10.0))", "cos(radians=110.0); negate(a=sin(radians=10.0))", "-0.044; negate(a=sin(radians=10.0))", "-0.044; negate(a=-0.83907)", "-0.044; -0.84" ]
[ "multiply(a=10.0, b=10.0)", "cos(radians=110.0)", "sin(radians=10.0)", "negate(a=-0.83907)" ]
[ 110, -0.044, -0.83907, -0.84 ]
Get me the values for cos((10.0 * 10.0)), and -(sin(10.0)) using only the given tools.
2
2
power(a=log(a=5.0, base=5.0), b=5.0); sin(radians=pi())
[ "power(a=log(a=5.0, base=5.0), b=5.0); sin(radians=pi())", "power(a=0.86, b=5.0); sin(radians=pi())", "0.3; sin(radians=pi())", "0.3; sin(radians=2.71828)", "0.3; -0.91" ]
[ "log(a=5.0, base=5.0)", "power(a=0.86, b=5.0)", "pi()", "sin(radians=2.71828)" ]
[ 0.86, 0.3, 2.71828, -0.91 ]
Get me the values for log(5.0, 5.0) ** 5.0, and sin(pi) using only the given tools.
2
2
pi(); add(a=power(a=2.0, b=5.0), b=3.0)
[ "pi(); add(a=power(a=2.0, b=5.0), b=3.0)", "2.7183; add(a=power(a=2.0, b=5.0), b=3.0)", "2.7183; add(a=128.0, b=3.0)", "2.7183; 132.2" ]
[ "pi()", "power(a=2.0, b=5.0)", "add(a=128.0, b=3.0)" ]
[ 2.7183, 128, 132.2 ]
Get me the values for pi, and (2.0 ** 5.0 + 3.0) using only the given tools.
2
2
negate(a=multiply(a=6.0, b=0.0)); pi()
[ "negate(a=multiply(a=6.0, b=0.0)); pi()", "negate(a=0.0); pi()", "0.0; pi()", "0.0; 2.7" ]
[ "multiply(a=6.0, b=0.0)", "negate(a=0.0)", "pi()" ]
[ 0, 0, 2.7 ]
Get me the values for -((6.0 * 0.0)), and pi using only the given tools.
2
2
power(a=pi(), b=subtract(a=pi(), b=pi())); pi()
[ "power(a=pi(), b=subtract(a=pi(), b=pi())); pi()", "power(a=2.71828, b=subtract(a=2.71828, b=2.718)); 2.72", "power(a=2.71828, b=subtract(a=2.71828, b=2.718)); 2.72", "power(a=2.71828, b=-3.0); 2.72", "power(a=2.71828, b=-3.0); 2.72", "0.368; 2.72", "0.368; 2.72" ]
[ "pi()", "pi()", "subtract(a=2.71828, b=2.718)", "pi()", "power(a=2.71828, b=-3.0)", "pi()" ]
[ 2.72, 2.7, -3, 2.718, 0.368, 2.7183 ]
Get me the values for pi ** (pi - pi), and pi using only the given tools.
2
2
add(a=sin(radians=2.0), b=2.0); pi()
[ "add(a=sin(radians=2.0), b=2.0); pi()", "add(a=-0.416, b=2.0); pi()", "2.784; pi()", "2.784; 2.7183" ]
[ "sin(radians=2.0)", "add(a=-0.416, b=2.0)", "pi()" ]
[ -0.416, 2.784, 2.7183 ]
Get me the values for (sin(2.0) + 2.0), and pi using only the given tools.
2
2
sin(radians=negate(a=9.0)); add(a=divide(a=1.0, b=6.0), b=6.0)
[ "sin(radians=negate(a=9.0)); add(a=divide(a=1.0, b=6.0), b=6.0)", "sin(radians=9.0); add(a=divide(a=1.0, b=6.0), b=6.0)", "-0.91; add(a=divide(a=1.0, b=6.0), b=6.0)", "-0.91; add(a=0.08333, b=6.0)", "-0.91; 7.283" ]
[ "negate(a=9.0)", "sin(radians=9.0)", "divide(a=1.0, b=6.0)", "add(a=0.08333, b=6.0)" ]
[ 9, -0.91, 0.08333, 7.283 ]
Get me the values for sin(-(9.0)), and ((1.0 / 6.0) + 6.0) using only the given tools.
2
2
add(a=divide(a=4.0, b=3.0), b=subtract(a=4.0, b=6.0)); sin(radians=subtract(a=2.0, b=4.0))
[ "add(a=divide(a=4.0, b=3.0), b=subtract(a=4.0, b=6.0)); sin(radians=subtract(a=2.0, b=4.0))", "add(a=divide(a=4.0, b=3.0), b=-5.0); sin(radians=subtract(a=2.0, b=4.0))", "add(a=0.667, b=-5.0); sin(radians=subtract(a=2.0, b=4.0))", "-3.133; sin(radians=subtract(a=2.0, b=4.0))", "-3.133; sin(radians=-5.0)", "-3.133; 0.2837" ]
[ "subtract(a=4.0, b=6.0)", "divide(a=4.0, b=3.0)", "add(a=0.667, b=-5.0)", "subtract(a=2.0, b=4.0)", "sin(radians=-5.0)" ]
[ -5, 0.667, -3.133, -5, 0.2837 ]
Get me the values for ((4.0 / 3.0) + (4.0 - 6.0)), and sin((2.0 - 4.0)) using only the given tools.
2
2
add(a=sin(radians=9.0), b=9.0); negate(a=pi())
[ "add(a=sin(radians=9.0), b=9.0); negate(a=pi())", "add(a=-0.91113, b=9.0); negate(a=pi())", "9.29; negate(a=pi())", "9.29; negate(a=2.7)", "9.29; 2.7" ]
[ "sin(radians=9.0)", "add(a=-0.91113, b=9.0)", "pi()", "negate(a=2.7)" ]
[ -0.91113, 9.29, 2.7, 2.7 ]
Get me the values for (sin(9.0) + 9.0), and -(pi) using only the given tools.
2
2
log(a=power(a=1.0, b=1.0), base=log(a=1.0, base=1.0)); divide(a=subtract(a=6.0, b=6.0), b=6.0)
[ "log(a=power(a=1.0, b=1.0), base=log(a=1.0, base=1.0)); divide(a=subtract(a=6.0, b=6.0), b=6.0)", "log(a=power(a=1.0, b=1.0), base=0.0); divide(a=subtract(a=6.0, b=6.0), b=6.0)", "log(a=1.0, base=0.0); divide(a=subtract(a=6.0, b=6.0), b=6.0)", "0.0; divide(a=subtract(a=6.0, b=6.0), b=6.0)", "0.0; divide(a=-3.0, b=6.0)", "0.0; -0.25" ]
[ "log(a=1.0, base=1.0)", "power(a=1.0, b=1.0)", "log(a=1.0, base=0.0)", "subtract(a=6.0, b=6.0)", "divide(a=-3.0, b=6.0)" ]
[ 0, 1, 0, -3, -0.25 ]
Get me the values for log(1.0 ** 1.0, log(1.0, 1.0)), and ((6.0 - 6.0) / 6.0) using only the given tools.
2
2