p. Round g to the nearest ten thousand.
80000
Suppose -2*x - 12504 = -a, 3*x + 0*a + 2*a + 18742 = 0. Let c = 30 + -18. Let z be x/(-3)*64*c. What is z rounded to the nearest one million?
2000000
Let c be (-6 + -468)/((-6)/(-100)). Round c to the nearest one thousand.
-8000
Suppose b = 4*b - 358051797. Suppose 27750599 = -4*c + b. What is c rounded to the nearest one million?
23000000
Let t = -2.864 - -2.8720021. Let j = -0.008 + t. What is j rounded to 6 dps?
0.000002
Let h = 261 + -330.5. What is h rounded to 0 dps?
-70
Let n(k) be the second derivative of -k**5/20 - 3*k**4/4 + 2*k**3 + 13*k**2/2 + k. Let j be n(-9). Let q = j - -43. Round q to the nearest 10.
-50
Let w = 37867 - 23537. What is w rounded to the nearest one thousand?
14000
Let g(s) = s + 11. Let i be g(-7). Suppose 5*f + 4*b = i, 4*f = 2*f - b + 1. What is f rounded to the nearest ten?
0
Suppose 6*h - 2*h - 712 = 0. What is h rounded to the nearest ten?
180
Let x = 136.00000376 - 136. What is x rounded to seven dps?
0.0000038
Let s = -1.4 - -1.268. Round s to 2 dps.
-0.13
Let i = -5.49885 - -5.5. Round i to 4 decimal places.
0.0012
Let n = -25.083 - -52.014. Let q = -27 + n. What is q rounded to two decimal places?
-0.07
Suppose -11987373 - 7862627 = 5*r. Round r to the nearest 100000.
-4000000
Let d = 0.23 + -0.59. Let l = d - 0.2. What is l rounded to one dp?
-0.6
Let k be ((-2)/(-2))/(1/4). Suppose 0 = -u + k*u. Suppose -i - 3*l = -u*i - 69, -334 = -5*i - 4*l. Round i to the nearest 10.
70
Let d = 23 + -23.0000003. What is d rounded to seven dps?
-0.0000003
Let f = 49.33 + -49. Let b = 347 - 343.73. Let s = f + b. Round s to the nearest integer.
4
Let c = -1694 + 2694. What is c rounded to the nearest 1000?
1000
Let k = 171633812 + -2391994423. Let p = k - -2220360679.99999933. Let l = p + -69. What is l rounded to seven decimal places?
-0.0000007
Let y = -0.9828 + -2.7861. Let o = 3.79 + y. Round o to three decimal places.
0.021
Let s = 3.8 - 7.1. Let z = 3 - s. What is z rounded to the nearest integer?
6
Let d = 9.1 - 7.7. What is d rounded to one dp?
1.4
Suppose -2589 = 4*w - 669. Round w to the nearest one hundred.
-500
Suppose 7*c - 7600 = 2*c. What is c rounded to the nearest 100?
1500
Let d = 601 - 632.1. Let j = d - -25.74. Let n = -0.04 + j. What is n rounded to zero decimal places?
-5
Let p be -3000*-1*1*220. Round p to the nearest 100000.
700000
Let i be (-11835 - (-2 + 4)) + 2. Let j = i + 1700. Let d = -1735 - j. What is d rounded to the nearest 1000?
8000
Let x be (-64)/(-28) + (-4)/14. Suppose -12 = 3*b, -2*q - 5*b = x*q + 22820. Let o be 30/(-6*3/q). What is o rounded to the nearest 1000?
10000
Let y = 95577 - 95576.8999975. Let n = y + -0.1. Round n to 6 dps.
0.000003
Let x = -2 + 7. Suppose 4*n - 20 = -3*z, n + 4*z - 26 + 8 = 0. Suppose -30687 = -5*j - 3*s - 145684, -46005 = n*j - x*s. Round j to the nearest ten thousand.
-20000
Let y = -0.01 + 0.41. Let u = y - 44.4. Let g = -43.999866 - u. Round g to 5 decimal places.
0.00013
Let j = 0.201 + -2.171. Let i = -0.23 + j. What is i rounded to the nearest integer?
-2
Let h(s) = 57682*s**2 - 8*s + 10. Let y be h(7). Let a = y + 5160697. Let w = a - 16087069. What is w rounded to the nearest one million?
-8000000
Suppose -4*f + 5*f = 3257. Suppose -z - 543 - f = 0. What is z rounded to the nearest one thousand?
-4000
Let j = 1.9 + -1.1. Let s = 0.80055 - j. Round s to 4 dps.
0.0006
Let v = -1.3735 + 1.4. Round v to two dps.
0.03
Let f(w) = 1283332*w - 8. Suppose -3 = 2*b - 3*a, 4*b - a + 6*a + 39 = 0. Let n be f(b). What is n rounded to the nearest 1000000?
-8000000
Let k = 10.0001 - 10. What is k rounded to three decimal places?
0
Let r = -0.01 - 0.28. Let t = -60 - -59.71. Let q = r + t. Round q to 1 decimal place.
-0.6
Let r = 218.724 - 221.223915. Let c = 2.5 + r. What is c rounded to five dps?
0.00009
Let r = 163.000000995 - 163. Round r to 7 dps.
0.000001
Let f = -45679308.99859 - -45679024. Let u = 285 + f. Round u to four decimal places.
0.0014
Let q = 9 + -5.6. Let y = q - 3.4000017. Round y to 6 decimal places.
-0.000002
Let q = -36.9 + 6.9. Let o = q - -29.49. Let z = -4.89 + o. Round z to the nearest integer.
-5
Let z = -6.9851 - -0.0051. Let t = -16 - -23. Let y = z + t. What is y rounded to two dps?
0.02
Let y(k) = k**2 + k - 15500. Let g be y(0). What is g rounded to the nearest one thousand?
-16000
Let f = 0.13651 - 0.133. Round f to 4 dps.
0.0035
Let i(n) = n**2 - 1. Suppose -5*q + r = 3*r, r = q + 7. Let o be i(q). Suppose 3*k = -5*m + 28515, -m = o*m + 5*k - 22825. Round m to the nearest 1000.
6000
Suppose 0 = -2*m - 0*m + 1680. What is m rounded to the nearest one hundred?
800
Let f = -1287.942 + 1289. Let o = -0.3 - 0.7. Let u = f + o. What is u rounded to 2 dps?
0.06
Let j = 74492403 + -74492395.9999978. Let r = 7 - j. What is r rounded to six decimal places?
-0.000002
Let b = 166 + -236. Let x = b - -70.109. Round x to two dps.
0.11
Let m = 3.2 - -0.3. Let q = m - 1.7. Round q to 0 dps.
2
Let n(l) = 2183*l**3 + 2910*l**3 + 4*l**2 - 4 + 13*l + 2*l**2. Let x be n(-12). Round x to the nearest one million.
-9000000
Let b = -12.2 - -22. Let q = -6.9 + b. Let n = -2.89999967 + q. What is n rounded to 7 dps?
0.0000003
Let l be (-21)/(-5) - (-7)/(-35). Suppose -2*d = -d + 5*m + 16025, -l*m = 2*d + 32020. Round d to the nearest 10000.
-20000
Let l(h) = 721*h**2 + 7*h + 2. Let z be (-2)/4*2*-2. Suppose -z*d + 6 = -3*i, d + 0 - 2 = 2*i. Let g be l(d). Round g to the nearest ten thousand.
30000
Let o = 105712 + -293077. Let v = o + 187450.9939. Let p = 86 - v. What is p rounded to three decimal places?
0.006
Let u = 5779.82800019 + -5779.548. Let w = u + -0.28. What is w rounded to seven decimal places?
0.0000002
Let d = 117.7 - 123. Let y = -5.2999891 - d. What is y rounded to 6 dps?
0.000011
Let u = -8 + 6. Let t = u + 1.97. What is t rounded to 1 dp?
0
Let n = 10659 + -4959. What is n rounded to the nearest one thousand?
6000
Let b = 2486422.20000016 + -2486422. Let h = 0 - 0.2. Let s = h + b. Round s to seven dps.
0.0000002
Suppose 5*n + 10 = 50. Let g be 3989436/(-8)*n/(-3). Let y = g + -919812. What is y rounded to the nearest one hundred thousand?
400000
Suppose 0 = 5*w + 5*c + 3750005, -4*w + 4*c - 3749996 = w. Round w to the nearest one hundred thousand.
-800000
Suppose -5*j - 23 = 4*q - 3, 0 = 2*q + 4*j + 4. Let t be q*(-1 - 27/(-2)). Let v = 45 + t. Round v to the nearest 100.
-100
Let k = 190495 + -134589. Suppose 5*f - 388 = -2*u + k, 3*u + 11269 = f. Let v = f - 5460. Round v to the nearest 1000.
6000
Let k = -2 + 7. Suppose -6975 = -r - k*l, 0 = 2*r - 4*r - l + 13995. What is r rounded to the nearest 1000?
7000
Let a(l) = l - 1. Let z(b) = b**2 + 3*b. Let u(s) = -a(s) + z(s). Let r be u(-3). Let i = -3 + r. Round i to the nearest 10.
0
Let p = -27.15 + 27. Let m = p + 0.1353. What is m rounded to 3 decimal places?
-0.015
Let x = -0.05 + 0. Let i = -5.05 - -4.2. Let w = i + x. What is w rounded to the nearest integer?
-1
Let j(d) = -21091*d - 19. Let i be j(-9). What is i rounded to the nearest ten thousand?
190000
Let l = -86 + 86.00000476. What is l rounded to 6 dps?
0.000005
Let q = -7014.95 - -7015.0499991. Let y = q + -0.1. What is y rounded to seven dps?
-0.0000009
Let t be 111968/(-112) - ((-4)/(-14) - 0). What is t rounded to the nearest ten thousand?
0
Suppose -9 = i + 4*t, -4*i + 2 = 3*t - 1. Suppose 0 = i*s + 659947 + 17040053. Round s to the nearest 1000000.
-6000000
Let t = 19.7 + -18. Let v = -4 - -6. Let o = t - v. What is o rounded to 1 dp?
-0.3
Let w = -6 + -27. Let b = -33.0000037 - w. What is b rounded to 6 dps?
-0.000004
Let g = -42516587315040 - -42516562271947.000013. Let r = 25043113 + g. Let d = -20 + r. What is d rounded to five dps?
0.00001
Let t be -2 + 77421 + 0/1. Let u = -2124652 + 1172071. Let c = t - u. What is c rounded to the nearest one hundred thousand?
1000000
Let k = 13.423 + -12473.423. Let v = k - -12457.0015. Let x = 3 + v. Round x to 3 decimal places.
0.002
Let b = -2.825 - -3. Let z = b - -8.925. Round z to 0 dps.
9
Let c = -84 + 157. Let i = c - 209. Let g = 135.9999941 + i. What is g rounded to 6 decimal places?
-0.000006
Let t(r) be the second derivative of -r**4/12 - 7*r**3/6 - r**2 + r. Let d be t(6). Let v be (-7503 - -3)/((-2)/d). 