 - s**4/12 - s**3/3 - 14*s**2. Let d be l(2). What is d rounded to the nearest one hundred?
4600
Let n(k) be the first derivative of 27470*k**2 - 2*k - 3. Let w be n(-8). Let h = 239522 + w. What is h rounded to the nearest 100000?
-200000
Let x = -32491835.999826 + 32491921. Let s = -85 + x. Round s to 5 dps.
0.00017
Let n = -166811.961538 + -0.038462. Let y = 166820.999968 + n. Let h = 9 - y. What is h rounded to five dps?
0.00003
Let r = -0.013904441 - 3.986102959. Let n = r + 4. What is n rounded to six dps?
-0.000007
Suppose -5*k = -4*a + 12, -5*a + 7 + 8 = -4*k. Suppose -7*o - 4 = -a*o. Let b be 10/10 + o + 98. Round b to the nearest ten.
100
Let u = 0.872 - 1.08. What is u rounded to 2 dps?
-0.21
Let w = -4635 + 4391.68. Round w to the nearest 10.
-240
Let b = 0.16 + -0.56. Let y = b + 17.4. Let k = 16.99999995 - y. Round k to seven decimal places.
-0.0000001
Let g(l) = -2*l**3 - l**2. Let p be g(2). What is p rounded to 0 decimal places?
-20
Let f = 8324 + -8323.9994401. Round f to 5 decimal places.
0.00056
Let h = 3.1 + -7. Let i = -3.1 + h. Let s = i + -3.4. What is s rounded to 0 dps?
-10
Let i = 86 + -49. Let h = -8.43135 - -45.4305. Let u = h - i. Round u to 4 decimal places.
-0.0009
Let d = 869 - 869.00000941. What is d rounded to 6 decimal places?
-0.000009
Let i = 0 - 53.4. Let c = -61 - i. What is c rounded to the nearest ten?
-10
Suppose -t - 129 = -1272. Let f = -2743 + t. Round f to the nearest 1000.
-2000
Let r = 300 - 304.03. What is r rounded to 1 decimal place?
-4
Let a = 85.16 - 0.16. Let u = a - 58. Let v = u - 26.62. Round v to 1 decimal place.
0.4
Let w = -21 + 30. Let a be 9919997/(-4) - w/12. Round a to the nearest one hundred thousand.
-2500000
Let r = -92 - -64. Let v = -28.000085 - r. What is v rounded to 5 decimal places?
-0.00009
Let y = 2.8 - -3.05. What is y rounded to the nearest integer?
6
Let w be (1/(-2))/((-4)/5432). What is w rounded to the nearest one hundred?
700
Let q be (-11535999928)/20 + (-6)/(-15). Let p be q/28 - (-2)/(-14). Round p to the nearest one million.
-21000000
Let r = 6.3999868 + -6.4. What is r rounded to six dps?
-0.000013
Let x = -2.2100067 + 2.21. Round x to seven dps.
-0.0000067
Suppose 18*a - 74*a - 63840000 = 0. Round a to the nearest one million.
-1000000
Let w = 2369.000010888 - 2369. What is w rounded to six decimal places?
0.000011
Let s = 0.2 - 1.1. Let d = s + 0.900099. What is d rounded to 5 dps?
0.0001
Let a = 56.896 + 0.104. Let i = -56.999991 + a. What is i rounded to five dps?
0.00001
Let o = -1.8 - -2.2. Let p = -2.8 + o. Let x = 2.3999982 + p. What is x rounded to 7 decimal places?
-0.0000018
Let r(t) = 2*t + 19. Let q be r(-9). Let m be -1 - -1 - (5 - (q - -218)). Round m to the nearest 100.
200
Let k(l) = 9 + 2*l + 2*l - 1 - 63*l**2 - 16*l**2. Let c be k(-6). Let i be c/5 + (2 - 0). What is i rounded to the nearest one hundred?
-600
Let a(o) = -4*o + 1. Let d be a(-3). Let g = d - 10. Let m be 346/6 + g/9. What is m rounded to the nearest 10?
60
Let q(x) = 2*x**2 + 118461*x**3 - 2 - 159572*x**3 - 188889*x**3. Let i be q(1). What is i rounded to the nearest 100000?
-200000
Let n = 169.241 + -169. What is n rounded to 2 dps?
0.24
Let p(l) be the second derivative of l**4/12 - l**3/3 + l**2/2 + 4*l. Let d(u) = 7*u**2. Let z be d(-1). Let h be p(z). What is h rounded to the nearest 10?
40
Suppose -22*i - 16732 = -161602. Round i to the nearest 1000.
7000
Let m = 76.20974 + -76.2. What is m rounded to 3 dps?
0.01
Suppose 8360 = 7*m - 6*m. Suppose -4*r = -i + 40 - m, 2*i + 16585 = -3*r. Round i to the nearest one thousand.
-8000
Suppose c = 5*c - 12. Suppose -2*a = 2*f - 3 - 1, -c*a + 30 = -5*f. Suppose -6*g + g + 494994 = -2*s, -a*s = -g + 98985. What is g rounded to the nearest 10000?
100000
Let b = -21256729.1700063 - -21256728. Let h = b + 1.17. Round h to 6 decimal places.
-0.000006
Let n(x) = 2*x + 2. Let g be n(4). Let s be 3*(3 + g/(-3)). Let y be (-3)/s + -1 + -102002. Round y to the nearest 10000.
-100000
Let r = 114.9467 - -0.2933. Let o = 115 - r. What is o rounded to 1 dp?
-0.2
Let q = 3 + -3. Suppose -5*p = 3*u - q*u + 217, 2*p = 5*u + 310. Let g be (-15)/(-12)*1*u. What is g rounded to the nearest 100?
-100
Let d = -15 + -719. Let u = 733.9999601 + d. What is u rounded to six dps?
-0.00004
Let d = 0.39 + -9.19. Let t = d + 13.1. What is t rounded to zero dps?
4
Let w = -0.02 - -1.06. Let b = w + -1.0155. What is b rounded to 3 decimal places?
0.025
Let t(r) = -107*r + 11. Let n(p) = 13*p + 5. Let s be n(-2). Let c be ((-2)/6)/((-1)/s). Let q be t(c). Round q to the nearest 100.
800
Let b = 17.32967 + -17.36766948. Let d = b - -0.038. Round d to seven dps.
0.0000005
Let c = 2.7 - 10.7. Let n = 7.9999972 + c. Round n to seven dps.
-0.0000028
Let d be (0 - (-1834)/(-8))/(11/(-88)). Suppose 0 = m - 4*m. Suppose 0 = -3*r - r - 5*p - 7325, -r - 4*p - d = m. What is r rounded to the nearest one hundred?
-1800
Let y = -3197198 - -3196976.9899. Let n = y - -221. Round n to 3 dps.
-0.01
Suppose 5*f + 3*r - 131 = 3*f, -r + 121 = 2*f. Let q = f - 98. What is q rounded to the nearest 10?
-40
Let q = 147.986 - 150. Round q to 1 dp.
-2
Let d = 4391070 + -4390707.9526. Let z = d - 362. What is z rounded to two dps?
0.05
Let v be -2 - -9 - (18 - 2841). What is v rounded to the nearest 100?
2800
Let o = -66.878 - -67. Let t = o + -0.792. What is t rounded to zero decimal places?
-1
Let p = 0.1326 + -0.0634. Round p to two decimal places.
0.07
Let q = 101 + -99.6. Let j = q + -0.78. Round j to one dp.
0.6
Let w be 48/(2 - (-49218)/(-24600)). Round w to the nearest ten thousand.
-70000
Let y = 171.497 + -172.7. Let a = y + 1.28. Let l = -0.015 + a. Round l to 2 dps.
0.06
Let k = 21436 - 10918. Suppose 0 = -n + k + 83482. Suppose 0 = 3*m - 5*m + n. What is m rounded to the nearest 10000?
50000
Let u = 0.043 + -0.0488. Round u to 3 dps.
-0.006
Let t(b) = 410*b**2 - 2*b - 64. Let j be t(-12). What is j rounded to the nearest 10000?
60000
Let w = 6860 + -6864.399. Let z = -4.3 - w. Round z to two decimal places.
0.1
Let d = -817746.63599 - -817751. Let b = -4.36 + d. What is b rounded to four decimal places?
0.004
Let o = 1.0011 - 0.0641. Round o to one decimal place.
0.9
Let p(u) = 28*u**2 + 2*u - 1. Let d = -11 - -12. Let c be p(d). What is c rounded to the nearest 10?
30
Let i = 36 - 87. Let c = i - -19. Let p = c + 26.6. What is p rounded to the nearest integer?
-5
Let p = 3097 + 2496. Round p to the nearest 100.
5600
Let d = -4 - -7. Let q = d + -10. Let i be (-1428004)/28 + (-1)/q. Round i to the nearest ten thousand.
-50000
Let z = -9.3 - -8.926. Let v = z - 46.026. Round v to the nearest integer.
-46
Let k = -801 - -801.02668. Round k to two dps.
0.03
Let s = 4168 + -4280.11. Let j = s + 112. Round j to one decimal place.
-0.1
Let x(v) = -7629*v - 68. Let k be x(8). What is k rounded to the nearest one thousand?
-61000
Let o = 209707 + 59249. Suppose 0 = -5*i - 111044 - o. What is i rounded to the nearest ten thousand?
-80000
Let z = -47.8 + 248.8. Let v = z + -390. Let f = 188.9739 + v. Round f to 3 decimal places.
-0.026
Suppose -3*n - 2*h + 0*h = -427, 5*n = 3*h + 737. Let g = n + -73. Let v be g*(-800)/(0 - -4). Round v to the nearest one thousand.
-14000
Suppose -8*n - 8348 = -9*n. Let a = 4898 - n. What is a rounded to the nearest 100?
-3500
Let r be -9614*2*143135/(-20). Let n be 1/3 - r/(-33). Round n to the nearest one hundred thousand.
4200000
Suppose 223 = 3*i - 2*s, 0 = -5*i - 5*s + s + 379. Let f = i - 61. What is f rounded to the nearest 10?
10
Let c = -23.6 - -3.6. Let d = c + 19.999965. Round d to 5 dps.
-0.00004
Let s = -0.224 + -4.433. What is s rounded to 1 decimal place?
-4.7
Let t = 2.308 - 0.008. Let o = -2.30052 + t. Round o to four decimal places.
-0.0005
Suppose -1075 - 2519 = -6*g. Suppose g = b - y, -y = -4*b + y + 2402. Suppose f - 4*a + 210 = -a, -3*f - 5*a = b. What is f rounded to the nearest 10?
-200
Let l be -4*(1 + 37464/16). What is l rounded to the nearest one hundred?
-9400
Let k = -18.8 - -17. Let t = k + 1.80017. Round t to four dps.
0.0002
Let h = -318 + 318.000542. Round h to 4 dps.
0.0005
Let k = 41 - 43.1. Let f = k - -3.82. Let z = -1.71889 + f. Round z to 4 decimal places.
0.0011
Let n = 0.05 + 0.49. Let t = n - 22.54. 