 -100.947. Let z = 25.947 + h. Let n = 24.9 - z. What is n rounded to the nearest integer?
-1
Suppose -s + 757530 = -439243. Suppose -4*i = -2*d + 393562, 0 = -4*d - 2*i - 2*i + 787076. Let l = s - d. Round l to the nearest one million.
1000000
Let u = 0.039 - 0.689. Let g = 0.65000021 + u. What is g rounded to 7 decimal places?
0.0000002
Let t be 9/(-12)*-4 - 1785012. Let b be t/(-15) - (-12)/(-20). Round b to the nearest 10000.
120000
Let a = -0.1679 + 9.0799. What is a rounded to zero dps?
9
Let c = -549669.999928 - -549672. Let a = -2.03 + 0.03. Let n = c + a. What is n rounded to five decimal places?
0.00007
Let n be (8 - (1 + 14)) + 1754007. What is n rounded to the nearest 100000?
1800000
Let u = 33.09 - 187.54. Let d = u - -153. What is d rounded to one decimal place?
-1.5
Let a = -2.397 - -408.497. Let b = a + -359. What is b rounded to the nearest 10?
50
Let q = 0 + 0.11. Let l = 30.11 - q. Let t = -29.9999952 + l. Round t to 6 dps.
0.000005
Let f = -0.55 - -0.523. Let g = f - -0.627. Round g to one decimal place.
0.6
Let d = -46.6 - -46.5994584. What is d rounded to 5 decimal places?
-0.00054
Let n be (-3)/2 - 507/(-6). Let d = n + 40. Suppose 5*j + 473 - d = 0. What is j rounded to the nearest ten?
-70
Let i = 47 - -19. Let j = -120.2 - -196.1. Let l = i - j. Round l to the nearest integer.
-10
Let p = -56 - -33. Let q = p - -65. Let l = 42.76 - q. What is l rounded to one dp?
0.8
Let r = 10419 - 16089. Round r to the nearest 100.
-5700
Let a = -2218.9 + 2206.929. Round a to 1 dp.
-12
Let j = 6115969 + 1168204. Let r = -23415827 - j. What is r rounded to the nearest 1000000?
-31000000
Let b = 743.6 + -120.6. Let x = b + -622.999709. What is x rounded to 5 dps?
0.00029
Let l = -12.34 + 13.286. What is l rounded to 0 decimal places?
1
Suppose 16876 = 5*t - 53164. Suppose -3516 = -s + 4*p, -2*s - 2*s = -2*p - t. What is s rounded to the nearest 1000?
4000
Let o = -77.98192 + 78. Let m = o - 0.019. Round m to four dps.
-0.0009
Let f = 9550 + 42850. Round f to the nearest 1000.
52000
Let f = -4275.06 + 4335. Let g = 0.56 + f. Round g to zero dps.
61
Let m(z) = -97998*z - 31. Let x(n) = -n - 1. Let u(w) = m(w) - x(w). Let q be u(10). What is q rounded to the nearest one hundred thousand?
-1000000
Let h = -33 + 19. Let z = h + 17. Let g be (-201 - -3 - z) + 1. What is g rounded to the nearest one thousand?
0
Let z = 53953609 + -77773609. Round z to the nearest one hundred thousand.
-23800000
Let g = -0.0538299 - -10.0544399. Let y = g + -10. Round y to 4 dps.
0.0006
Let x = 296 - 638.1. Let w = -324 - x. What is w rounded to 0 decimal places?
18
Let s = -0.1 + 0.32. Let a = s - 0.13. Let c = -0.11 + a. What is c rounded to 2 dps?
-0.02
Let c = -1561 - -1560.999992103. Round c to 6 dps.
-0.000008
Let s(n) = -119093*n**2 + 4*n + 105. Let i be s(23). Round i to the nearest one million.
-63000000
Let d = 12.8 + 230.2. Let t = 633.93 - 389.44. Let p = d - t. What is p rounded to 1 dp?
-1.5
Let h(b) = b**3 + 6*b**2 - 13*b + 7. Let y be h(13). Let t = y - 7049. What is t rounded to the nearest 100000?
0
Let m = -7335.0010002 - -7335. Let u = 0.001 + m. What is u rounded to seven decimal places?
-0.0000002
Let t(d) be the second derivative of d**3/6 + 1267*d**2 - d. Let r be t(0). Suppose 1696 = -2*j + 4*y, 4*j + 5*y + r = -806. Round j to the nearest 100.
-800
Let f = -53 - -343. Suppose -50 - f = 4*l. What is l rounded to the nearest 10?
-90
Let m = 109 - 108.99999208. What is m rounded to six dps?
0.000008
Let g = 70 - 70.0000236. Round g to five decimal places.
-0.00002
Let h = 7 + -24. Let x = -44 - h. Let j = 26.15 + x. What is j rounded to one dp?
-0.9
Let q = -0.22 + -1.58. Let y = 4201.191 + -4203. Let j = y - q. Round j to 2 decimal places.
-0.01
Let k = -69.974 + 70. Let c = k - 0.02. What is c rounded to 2 dps?
0.01
Let g = -5.22 + 5.22231. Round g to 4 decimal places.
0.0023
Let r(m) = m**3 + 14*m**2 + 36*m + 45. Let g be r(-18). What is g rounded to the nearest 100?
-1900
Let v be 2*(-3)/(-6) + 5. Let t be 33388 - (7 - 4 - v). Suppose 0 = -5*o + 891 - t. What is o rounded to the nearest 1000?
-7000
Let p = -43.99525 - -44. Round p to four dps.
0.0048
Let l = -16240 - -38406. Suppose -2*v = -0*v - 9268. Suppose 4*h + l = -v. Round h to the nearest one thousand.
-7000
Let v = -17 + 17.0671. Let t = v - 0.061. What is t rounded to three decimal places?
0.006
Let z be 8/(-20) - (-317992)/(-20). What is z rounded to the nearest ten thousand?
-20000
Let t = -0.38 - -37.38. Let i = t + -37.00043. What is i rounded to 4 dps?
-0.0004
Let g be (-16)/24 + 505*1/(-3). Let k = g + 237. What is k rounded to the nearest 10?
70
Let w = 67.2 + -7.2. Let d = w + -59.9959. Let b = -0.001 - d. Round b to 3 dps.
-0.005
Let l = -5 - -4.912. Let h = 0.08799427 + l. Round h to 6 dps.
-0.000006
Let g = -232.734006 - -232.924. Let j = 0.02 - -0.17. Let n = j - g. Round n to 6 dps.
0.000006
Let s(d) = -39*d**3 - 6*d + d**2 - 2*d - 116*d**3 - 10*d**2. Let r = -16 + 24. Let t be s(r). Round t to the nearest 100000.
-100000
Let s = -15.14 + 0.14. Let m = s + 15.003. Round m to 3 dps.
0.003
Suppose m = -l - 4*l + 7360, 3*l + 3*m = 4428. Suppose 411 - l = t. What is t rounded to the nearest one hundred?
-1100
Let a = 776 - 775.9999995. What is a rounded to 7 dps?
0.0000005
Let p(a) = -a**2 - 10*a + 8. Let g be p(-12). Let h = -31 - g. Let r be 4/(-10) + 524994/h. What is r rounded to the nearest ten thousand?
-40000
Let h = 35.77 - 35.72862. Round h to 3 decimal places.
0.041
Let u = 22.917 - 22.8. Let x = 636.066 + -636. Let y = x - u. What is y rounded to 2 decimal places?
-0.05
Let s = 64 - 64.328. Let i = -2212.018 + 2210. Let k = s - i. Round k to 1 dp.
1.7
Let l = 44.89 + -44.886853. Round l to 4 dps.
0.0031
Let n = -347 + 677. Let g = n + -307.1. Round g to the nearest ten.
20
Let i = 55.89 + 0.11. Let x = i + -56.00000136. Round x to seven dps.
-0.0000014
Suppose 5*w = 4*w - 2, -5*o - 2*w = -11. Suppose -d - 12 = o*z, -3*z - 21 = 4*d - 0*z. Let b be (-171 + d)*1/(-3). Round b to the nearest 10.
60
Let p be (88592/42)/(2/(-1*750)). Round p to the nearest ten thousand.
-790000
Let d = -0.166 + -12.154. Round d to zero dps.
-12
Let z(j) = -21*j - 6. Let t be z(-10). Let k be (-720 + 0)/((t/95000)/(-17)). What is k rounded to the nearest one million?
6000000
Suppose 0*k - 4*k - 22192562 = o, -2*k = -o - 22192562. Let y = -4880729 - o. Let i = -4411833 + y. Round i to the nearest one million.
13000000
Let p = 0.063 + -58.063. Let j = 57.609 + p. What is j rounded to two dps?
-0.39
Let b be (-1 - 0) + -12*(-36680004)/48. Round b to the nearest one million.
9000000
Let v = -982.7 - -925. Let i = -57.700474 - v. What is i rounded to 5 decimal places?
-0.00047
Let v = -167 - -446. Suppose -1 = -5*k + 9. Suppose -5*a + 50 = -k*f + f, 4*a + v = -5*f. What is f rounded to the nearest ten?
-60
Let a = -5251690909 - -7422906008. Let p = -2171215132.99999971 + a. Let t = -34 - p. Round t to seven decimal places.
-0.0000003
Let d = -17.73 + 15.2. Let f = d - -0.8. Round f to 1 decimal place.
-1.7
Let x = 152 + -152.00000273. Round x to seven decimal places.
-0.0000027
Let k = -391 - -390.678. What is k rounded to 1 decimal place?
-0.3
Let z(s) = 64*s - 263. Let y be z(41). What is y rounded to the nearest 1000?
2000
Let b = 331.99999636 + -332. What is b rounded to 7 decimal places?
-0.0000036
Let c = -1843 - -3767. Round c to the nearest 100.
1900
Let z = 5576.538 + -5032.1. Let n = -544 + z. What is n rounded to two decimal places?
0.44
Let k = -0.717 - -1.432. What is k rounded to 2 dps?
0.72
Let g = 822 + -821.6285. Let v = 0.37 - g. What is v rounded to three decimal places?
-0.002
Suppose 10*c - 99 - 1 = 0. Suppose f + 4*f - 20 = 0. Suppose -c*k + f = -6*k. Round k to zero decimal places.
1
Let g be (2 - 7) + (1 - 1). Let r = g - -5. Suppose r = 12*c - 10*c. What is c rounded to the nearest one hundred thousand?
0
Let i = 2340 - -38945. Suppose d + 5*z = -i, -2*d + z - 91688 = -9085. What is d rounded to the nearest 1000?
-41000
Let p(q) = -11 - 5 + 15 + 368*q**2. Let h be p(-1). Round h to the nearest one hundred.
400
Let w = 2.6876 - -0.0424. What is w rounded to one decimal place?
2.7
Let s = -1136.3 - -1029. Let z = 113 + s. Round z to the nearest integer.
