 8 - 27. Let x(r) = r**3 + 21*r**2 + 6*r - 21. Let y be x(b). What is y rounded to the nearest ten?
260
Let b be (5/3)/(1/73197). Suppose -a = 4*n - 122020, -n = a - 2*n - b. What is a rounded to the nearest ten thousand?
120000
Let y = 40 - 49. Let p be 54/y*14/(-3). What is p rounded to the nearest 10?
30
Let y be (10 + 20)*((-8)/(-5) - 2). Let s(u) = u**3 + 3*u**2 - 3*u + 1. Let r be s(-4). Let p be y/r + -2 - -348. What is p rounded to the nearest 100?
400
Let b = 1535.99886 + -1536. Round b to three decimal places.
-0.001
Let a = -496 + 480.67. Let j = -2.07 + a. Round j to 0 dps.
-17
Let z = -37 + 9. Let f = -24020.6 - -23992.60176. Let j = f - z. What is j rounded to 4 decimal places?
0.0018
Let m = -7.038 - -7.07037. What is m rounded to three dps?
0.032
Let w = 0.71 + -7.01. Let b = w - -7. Let q = b + -0.7017. Round q to three dps.
-0.002
Let q = -4 + 6. Let f = 1492 + 456. Let t = q + f. Round t to the nearest 100.
2000
Let v = -0.03 + 7.03. Let u = 10 + v. Let g = 19.2 - u. Round g to zero dps.
2
Let d = -58.139 + 0.139. Let b = 61.9 + d. Round b to the nearest integer.
4
Let c = -2.51 - 1.03. Let z = 4 + c. Let j = z + -25.36. Round j to zero decimal places.
-25
Let g = 67682 + -68314.34. Let b = g - -625. Round b to zero decimal places.
-7
Let o(a) = -14*a - 1 + 76*a - 13. Let v be o(7). Round v to the nearest one hundred.
400
Let n = -0.21079 + 0.0718. Round n to three dps.
-0.139
Let k(o) = -87344*o - 32. Let c be k(-3). What is c rounded to the nearest 10000?
260000
Let t = -17.61 - -45.91. What is t rounded to zero dps?
28
Let w = -67509925.000545 - -67509684. Let k = w + 241. Round k to 4 decimal places.
-0.0005
Let r = 0.2623241 + -0.2622. Round r to five dps.
0.00012
Let n = 808 - 1021.6. Round n to the nearest 10.
-210
Let s be (23/((-1932)/(-360)))/(1/(-3360)). What is s rounded to the nearest ten thousand?
-10000
Let z = -23 + 31. Suppose z*o - 2*o - 20400 = 0. What is o rounded to the nearest 1000?
3000
Suppose -10*y = -18*y + 758080. Let i = 27760 - y. What is i rounded to the nearest 100000?
-100000
Let u(k) = 617*k**3 + 25*k**2 - 6*k - 14. Let c be u(7). What is c rounded to the nearest 1000?
213000
Let u(k) = -17*k + 23. Let j be u(-9). Suppose 12*l - j - 2440 = 0. What is l rounded to the nearest 10?
220
Let n be (-2 - 18*-1)/(1/(-3260)). Let z be ((-30)/(-8) + 0)*n/(-60). Round z to the nearest 1000.
3000
Let j(g) = -1997*g + 10. Let p be j(-8). Let m = -4214 - p. What is m rounded to the nearest one thousand?
-20000
Let u = 6708595108.07838181966 + -0.07838181966. Let o = u - 6708595028.99999934. Let r = o - 79. What is r rounded to 7 dps?
0.0000007
Let y = -535 - -534.781. Let p = -9.97 + 10.2. Let m = p + y. What is m rounded to three dps?
0.011
Let o = 2.9 - 2.879. Let f = -2.621 + o. Round f to 0 decimal places.
-3
Let m be 2/(-5) + 27/5. Suppose 2*f - f + m = 0, -2186 = -2*o - 2*f. Let t be (-3 - 1)*(2 + o). What is t rounded to the nearest 1000?
-4000
Let j be 164/14 + 1 + (-16)/(-56). Suppose 19*m - j*m = 204. Round m to the nearest 10.
30
Let s = -0.14089623 - -0.1409. What is s rounded to 6 decimal places?
0.000004
Suppose 0 = 4*y - 4*j - 4, 29 = 4*y + y + 3*j. Suppose -y*n - 1823 = -583. What is n rounded to the nearest 100?
-300
Let x = 14 - 11. Let g(b) = -b**2 + b - 2. Let f be g(0). Let i = x + f. What is i rounded to one decimal place?
1
Let w = -5.2546 + 0.3236. What is w rounded to the nearest integer?
-5
Let k = -1816873 - -8233873. What is k rounded to the nearest one hundred thousand?
6400000
Let b = -0.9 + 2. Let i = b + -1.1000003. Let k = 0 - i. Round k to six dps.
0
Let m = -2.75015 - -2.75. Round m to 3 dps.
0
Let n = -4216731396633.8999905 + 4216736829303. Let i = n - 5432666. Let o = 3.1 - i. Round o to 6 decimal places.
-0.00001
Let u = -12.4958 - -0.2318. Let o = u + 12. What is o rounded to two decimal places?
-0.26
Let k(i) be the first derivative of -4*i**3/3 - 5*i**2/2 - 4*i + 6. Let c be k(5). Let p be (-2)/(c/131 - -1). Round p to the nearest ten.
-130
Let a be (-960)/12*153420/(-48). What is a rounded to the nearest 1000?
256000
Let q be 31798/6 - 18/(-81)*-3. Round q to the nearest one thousand.
5000
Suppose -k - 3*g + 2*g + 1540003 = 0, k + 5*g - 1540015 = 0. What is k rounded to the nearest one million?
2000000
Let r = -265.9999119 + 266. Round r to 5 dps.
0.00009
Let h = 1569401005.266745935445 + 307451.733253354555. Let v = -1569708383 + h. Let m = 74 - v. What is m rounded to seven decimal places?
0.0000007
Let o = 423 + -282. Suppose -n - o = -4*n. Let m be (-3 + 0 + -7)*n. Round m to the nearest one hundred.
-500
Let d = -0.113 + 140.113. Let m = d + -141.06. Round m to one dp.
-1.1
Let m be 0/(4/4 - 0). Suppose v + 4*v - 15 = m. Let o be (-5)/((-20)/27188) + v. Round o to the nearest 1000.
7000
Let z be (10/3)/((-2)/3). Let v(p) = 64*p**2 - 6*p + 6. Let f be v(z). Let q = -3836 + f. Round q to the nearest 1000.
-2000
Suppose d = 5*w + 57, -4*w + d = -2*d + 39. Let j be w/4 + (-3 - 0). Let u be j/(-10) - 17100018/30. Round u to the nearest 100000.
-600000
Let w = 0.026 + 0.204. Let x = -0.75 - w. Let i = x - -2. Round i to 1 decimal place.
1
Suppose 0 = 44*r - 26*r. Let g be (-1)/(-2)*0 + 3. Suppose 5*j + 2*u + 48996 = r, 0 = j + 4*j + g*u + 48994. What is j rounded to the nearest one thousand?
-10000
Let x = -531.999998491 + 532. Round x to 7 dps.
0.0000015
Let z(y) = -y**3 + 3*y**2 - 6*y + 3. Let j be z(4). Let o = j + 18. Let h be o - -19 - (1 - 2900001). What is h rounded to the nearest 1000000?
3000000
Suppose -g + 5*l + 19540010 = 0, -2*g + 4*l + 36322722 = -2757286. Round g to the nearest one million.
20000000
Let z = 220.6 + -201. Let j = 19.59758 - z. Round j to 4 decimal places.
-0.0024
Let c = -1.14 - -3.21. Let s = c + -2.07123. Round s to four dps.
-0.0012
Let v = 716.7 - 681. Let g = v - 38. What is g rounded to zero dps?
-2
Let p = 1793.0774 - 1794. Let y = -0.88 - p. Round y to 3 decimal places.
0.043
Let x = 1.06 - -0.24. Let z = x - 1.39. Let s = 0.08956 + z. Round s to four decimal places.
-0.0004
Let v = 16737.3 - 16737.2499969. Let i = v + -0.05. What is i rounded to 6 decimal places?
0.000003
Let j = -2.149 - -0.703. What is j rounded to the nearest integer?
-1
Let a(h) = 173*h**2 - 23*h + 20. Let r be a(15). Round r to the nearest one thousand.
39000
Let w = 73 + -72.2. Let p = 27.67 - 27. Let f = w - p. What is f rounded to one dp?
0.1
Let q(f) = f**2 - 6*f - 23. Let v be q(-10). Suppose t - v = -2*s, -5*s - 115 = 4*t - 465. Suppose c = -0 + s. What is c rounded to the nearest 10?
70
Let g = -10 + 6. Let z be ((-20)/(-7))/(g/(-28)). Let j be (-6)/(-15) + 192/z. What is j rounded to the nearest 10?
10
Let n = -451.7 - -471. Round n to 0 dps.
19
Let x(i) = 454787*i + 325. Let t be x(25). What is t rounded to the nearest 1000000?
11000000
Let n = 8215061505 - 8215061338.99999595. Let l = 166 - n. What is l rounded to 7 dps?
-0.0000041
Let n = -0.21 - -0.34. Let b = n + -0.1300069. Let a = 0 - b. Round a to six dps.
0.000007
Let a(q) = -186*q - 5. Let t be a(-8). Let s = t + -4953. What is s rounded to the nearest one hundred?
-3500
Let r = 0 + 46. Let c = r - 47.56. What is c rounded to one decimal place?
-1.6
Suppose -3*k + 6 = 0, -u - 55519 - 8877 = 2*k. Round u to the nearest ten thousand.
-60000
Suppose 0 = y + 3*b - 17, -5*b + 8 + 22 = 2*y. Suppose 2*w = w + y. Suppose 3*c = -t + 15988, -2*c = -2*t + w*t - 47992. Round t to the nearest ten thousand.
20000
Let w(x) = -x**2 + 11*x + 2. Let l be w(11). Suppose -u + 42 = l*s - 3*u, 4*s - 5*u = 89. Let y = s + -11. Round y to the nearest ten.
10
Let c(v) = -5*v**3 - 3*v**2 - 14*v + 20. Let d be c(-13). What is d rounded to the nearest one thousand?
11000
Let f = -0.843 - -1.35. Let w = -2 - -1.5. Let k = f + w. What is k rounded to three dps?
0.007
Let r = 18.9 + -24.6. What is r rounded to the nearest 10?
-10
Let z = 15.4 + -8.7. Let p = z - 7. Let a = p + -17.2. What is a rounded to 0 decimal places?
-18
Let x = -0.0943 - 0.0358. Let o = -0.06 - 0.07. Let m = x - o. Round m to 4 decimal places.
-0.0001
Let r be 3*10 - (5 + -5). Suppose 25*s - r*s = -340. Round s to the nearest 10.
70
Let q = 21 + -22. Let k = 0.44 + q. Round k to 1 decimal place.
-0.6
Let x(j) = -9*j**3 - 4*j**2 + 7*j + 12. 