- 0*u. Suppose 4*j = 5*g - 761 - 1417, 1647 = -3*j - l*g. Let a = 1307 + j. What is a rounded to the nearest 100?
800
Let q = 0.96 + -1. Let x = q - -0.79. Let h = x + -0.6. What is h rounded to one decimal place?
0.2
Let f(h) = -38*h**2 - 9*h + 4. Let u be f(4). Round u to the nearest one hundred.
-600
Let z = 555917.999996 - 555917. Let j = z + -1. Let x = j - 0. Round x to six decimal places.
-0.000004
Let r = -19 + -53. Let i = 164.148733 - 236.14863. Let g = i - r. What is g rounded to five dps?
0.0001
Let t = -74.9999875 - -75. Round t to six dps.
0.000013
Let k = -23067 - -23058.99983. Let n = 8 + k. What is n rounded to four dps?
-0.0002
Let a = 8 - -18. Suppose a + 176 = p. What is p rounded to the nearest 10?
200
Let z(t) = -2716667*t + 2. Let g be z(6). Round g to the nearest one million.
-16000000
Let b = -6 - -6.06. Let c = b - 0.060039. What is c rounded to five decimal places?
-0.00004
Let v = 14.1 + 22.46. Let m = v - 36. Let b = m + 10.54. Round b to the nearest integer.
11
Let w = 1386.00641 - 1386. What is w rounded to three decimal places?
0.006
Let b = 3.5 - 1.8. Round b to 0 decimal places.
2
Let h = 148.2 + -166. Round h to the nearest integer.
-18
Suppose 3*u = 2*d + 26, -3*u + 34 = -0*u - 4*d. Suppose 0 = 4*z - u - 42. Suppose 5*f - f - z = 0. Round f to the nearest integer.
3
Let o = -4.6 - -4.79. What is o rounded to 1 decimal place?
0.2
Let x = -13 + 7. Let h = -7.2 - x. Let p = 0.1 - h. Round p to 0 decimal places.
1
Let w = 324 + -331.52. What is w rounded to the nearest integer?
-8
Suppose 3*w - 2*q - 87502 = 2*w, -5*w + q + 437501 = 0. Round w to the nearest ten thousand.
90000
Let q be -1*(-4 - (-2 - 1)) - 11330001. Round q to the nearest one million.
-11000000
Let t(u) = -u - 2. Let c be t(-6). Let y be (-24800)/(-3)*18/c. Suppose -3*d - d + y = 0. What is d rounded to the nearest one thousand?
9000
Suppose -3*q + 2*q = 0. Suppose s - 2*f + 10898 = -q*s, -f - 1 = 0. Round s to the nearest 1000.
-11000
Suppose 2*l - l = 3*s + 213, 5*s = 5. Let x be l*((-675)/(-6))/3. What is x rounded to the nearest 1000?
8000
Let i = -62 - 9. Let x = -71.077 - i. Round x to 2 dps.
-0.08
Let t = -976381 - -976363.00028. Let z = t + 18. Round z to 4 decimal places.
0.0003
Let o(q) = q**3 - 4*q**2 + 2. Let s be o(4). Suppose x = -4*h - s*x - 28000003, -h + 2*x - 6999998 = 0. Round h to the nearest one million.
-7000000
Suppose 4*l - 6 = 2*f, -4*f - 1 - 11 = 0. Suppose l = -5*a + 786 + 14. Let b be (1200/(-2))/(4/a). What is b rounded to the nearest 10000?
-20000
Let m(v) = -242*v**2 - 6*v - 8. Let w(o) = -5*o - 3*o - 485*o**2 - 15 - 4*o. Let a(z) = 5*m(z) - 3*w(z). Let q be a(-5). Round q to the nearest one thousand.
6000
Let w = -38 - -37.05. Let k = -0.9499949 - w. Round k to six dps.
0.000005
Suppose v + 1235 = 4*x - 16449, x - 3*v - 4432 = 0. Round x to the nearest one hundred.
4400
Let v = -23035601 - -23035723.99881. Let h = 123 - v. Round h to four decimal places.
0.0012
Let i(p) be the second derivative of -9091/3*p**3 + p**2 - 3*p + 0. Let u be i(11). What is u rounded to the nearest one million?
0
Let s = 0.089 - 18.489. Let x = s + 106.4. Let z = x + -88.000071. What is z rounded to 5 dps?
-0.00007
Let o(l) = -8*l - 4*l - 2*l + 0*l. Let a(z) = z**2 - 7*z + 9. Let h be a(6). Let r be o(h). What is r rounded to the nearest 10?
-40
Let p = -494.0828 + 0.0828. Let t = p + 494.0000207. Round t to six decimal places.
0.000021
Let j = 1.8 + -2. Let x = -0.2 + j. Let v = x + 4. Round v to zero dps.
4
Let n(l) be the second derivative of -175*l**3/6 - 5*l**2/2 - l. Let d be n(9). Let f be (-4)/(-8)*d/1. Round f to the nearest one hundred.
-800
Let t = -6686387 + 6686387.2709891. Let n = 0.271 - t. Round n to six decimal places.
0.000011
Let x = 0.64 - 0.639905. What is x rounded to 5 dps?
0.0001
Let u = -9537 - -9544.569. Let a = -2.4 - -10. Let r = u - a. What is r rounded to 2 decimal places?
-0.03
Let f = 0.056 + -0.05600067. What is f rounded to seven decimal places?
-0.0000007
Let f = -6 - -9. Suppose -2*i + f*i - 4*h = 26012, 5*i - 129988 = -4*h. Round i to the nearest 10000.
30000
Let o = -5.8 - -3. Let l = o + -0.2. Let k = l - -2.99999994. Round k to 7 decimal places.
-0.0000001
Let q = 2929 - 2882.46. Let n = -0.46 - q. Let u = n - -45.1. Round u to the nearest integer.
-2
Let m(s) = s**2 + 2*s + 1. Let p be m(-2). Let u be ((-8)/8)/(1/(-4999)). Let q be (342 + -2)*(p + u). Round q to the nearest 1000000.
2000000
Let t(b) be the third derivative of -2*b**2 + 0 + 7/60*b**5 + 0*b - 5/6*b**3 - 1/120*b**6 - 1/24*b**4. Let x be t(-5). Round x to the nearest 1000.
0
Let f = 73 + -77.7. Let l = 5 + f. Round l to 1 dp.
0.3
Let o = 305 + -1544. Let u = -1240.599 - o. Let c = u + 1.51. What is c rounded to two decimal places?
-0.09
Let g = 0.035 - 0.03646. Round g to 4 decimal places.
-0.0015
Let x = -9652 + 13552. Suppose 2*m = -m - x. Round m to the nearest one thousand.
-1000
Let s = -51.2 + 49. Round s to 0 dps.
-2
Let y = -1.9200058 + 1.92. What is y rounded to six decimal places?
-0.000006
Let k = -0.799986 - -0.8. What is k rounded to five dps?
0.00001
Let h be (2 - 1122/(-42)) + (-2)/(-7). Round h to the nearest 10.
30
Let r = 9.065 + 29.79. Let t = r + -39. Let z = t - -0.14401. Round z to four dps.
-0.001
Let g = -65919 - -65910.99984. Let k = g - -8. What is k rounded to 4 dps?
-0.0002
Let u = 0.73 + 33.27. Let y = u + -34.066. Let m = y + -1.054. Round m to 1 dp.
-1.1
Let w = 2 - -10. Let u = w - 12.07. Let y = u - -0.06993. What is y rounded to 5 decimal places?
-0.00007
Let z = 1372966660603 + -1372988362676.00079. Let x = 21702232 + z. Let l = x + -159. What is l rounded to 4 decimal places?
-0.0008
Let m = -24427.74 - -23632. Let c = m - -904.8. Let v = c + -108. Round v to 1 dp.
1.1
Let a = 845 - 845.00000822. What is a rounded to six decimal places?
-0.000008
Let x be 6/(-1 - 2) - -1. Let a be (3869 - x)/((-33)/220). What is a rounded to the nearest 1000?
-26000
Let s = 1 + 2. Suppose i = -s*i. What is i rounded to two dps?
0
Let z be (96 + -3)/((-4)/(640/(-12))). What is z rounded to the nearest 100?
1200
Let g be 4*3/6 - -117144. Suppose -g = -2*u + 6482854. What is u rounded to the nearest 1000000?
3000000
Let r = 4761.015 - 4773. Let o = r - -12. Round o to 2 dps.
0.02
Let w = -2345.9995 + 2333. Let l = -13 - w. What is l rounded to four dps?
-0.0005
Suppose -276000000 = 2*n - 14*n. Round n to the nearest one million.
23000000
Let f = -5457 - -9054. Suppose 4*d + 16397 = f. Round d to the nearest one thousand.
-3000
Let l = 13 - 15. Let u = l + 1.99952. What is u rounded to four decimal places?
-0.0005
Let f = -35 + 35.068. What is f rounded to two dps?
0.07
Let l be (-8)/(-44) + 39/(-33) - 6. Round l to the nearest ten.
-10
Let l = 0.4 - -0.6. Let z = l + -1.05. Let o = z - -0.0504. Round o to four dps.
0.0004
Suppose -q + 1793 = 623. Suppose 7*r + q = 5*u + 2*r, r - 686 = -3*u. What is u rounded to the nearest 100?
200
Let a = 0.96 - 0.9600156. Round a to 6 dps.
-0.000016
Let p = 11 - 6. Suppose 0 = -p*t + 91 - 16. Let g be (1 + 71999)*(-1250)/t. Round g to the nearest 1000000.
-6000000
Let f = 338.795 + -338. Let y = -1.9 + 2.7. Let a = f - y. Round a to 2 decimal places.
-0.01
Let s = 20.346 - 20.302885. Let l = s + 22.897885. Let a = l + -23. What is a rounded to two dps?
-0.06
Let y = 3.69 + -7.56. Round y to 0 dps.
-4
Let x = -79.99963 + 80. Round x to 4 decimal places.
0.0004
Let t = 0.011 + -0.221. What is t rounded to 1 decimal place?
-0.2
Let t(s) = -48611*s**2 + 2*s + 8. Let c be t(-6). Round c to the nearest 100000.
-1800000
Let i = 8 - 4. Let p = i + 66. Let r = p - 69.01. What is r rounded to 1 dp?
1
Suppose -5*s = i + 12, 5 = -5*i + 4*s + 32. Suppose -2*l = 5*z - 161 - 27, i*l - 3*z = 282. What is l rounded to the nearest ten?
90
Let k = -22.6 - 1.4. Let t = k - -24.0089. What is t rounded to 3 decimal places?
0.009
Let i(v) be the third derivative of v**5/10 + v**4/24 + v**3/6 + v**2. Suppose 0 = 13*c - 8 - 31. Let f be i(c). Round f to the nearest ten.
60
Let p = -6.13 + 0.13. Let h = p - -5.765. Let f = 0.29 + h. Round f to two dps.
0.06
Let c = 2586082.126812 - 2586093. Let t = c - 0.125412. Let p = -11 - t. What is p rounded to 3 decimal places?
-0.001
Let z = -0.06000016 + 0.06. 