l places?
-0.0000006
Let f = -40.9 - -40. Round f to the nearest integer.
-1
Let f(w) = -w - 1. Let o(c) = -4000000*c - 4400000. Let d(h) = 17600000*f(h) - 4*o(h). Let k be d(1). What is k rounded to the nearest 1000000?
-2000000
Suppose -1155000 = -17*r + 14*r. Round r to the nearest ten thousand.
390000
Let j = 0.011 - 0.033. Round j to 2 decimal places.
-0.02
Let l(y) = -y**3 - 9*y**2 + 11*y + 10. Let t be l(-10). Suppose k - 5 = -t*k. Suppose -k*f + 45 = -3*b - 289, 2*f - 4*b - 142 = 0. Round f to the nearest ten.
70
Let s = -7.64 - 60.46. Let m = s - -74. Round m to zero dps.
6
Let q be (-212500)/15*480/(-2). Round q to the nearest 1000000.
3000000
Let l = 0.28 - 0.280136. Round l to 5 dps.
-0.00014
Let a be (-1 - 3)/(3/3). Let x be (-6324)/66 + a/22. Round x to the nearest ten.
-100
Let u = 1.8047493 - 24.8047033. Let j = -23 - u. What is j rounded to five dps?
-0.00005
Let n = -18883.4831 - -18882. Let p = n + -0.2178. Let x = p + 1.7. What is x rounded to 3 dps?
-0.001
Let p(k) = 4*k**3 - k**2. Let a be p(1). Suppose 199 = 5*v - 2*y - 25, -55 = -v - a*y. Let g = -92 + v. Round g to the nearest 10.
-50
Let w = 7.700348 + -7.7. Round w to 5 dps.
0.00035
Let p = -2 - -6. Let a = -3.99933 + p. Round a to 4 decimal places.
0.0007
Let t = -251.204809 - -235.20478. Let g = -16 - t. What is g rounded to 5 decimal places?
0.00003
Let k = 2 + 2. Suppose 9*w - k*w = -180. Round w to the nearest 10.
-40
Let x = -4 - -5.5. Let j = x - 12. Let w = j + 10.500043. Round w to 5 decimal places.
0.00004
Let f = -2.2 + 2.199996. Round f to six dps.
-0.000004
Let m = 0.23913 - -6.76067. Let g = 7 - m. Round g to four dps.
0.0002
Let z = -0.106 - -76.106. Let d = -0.8876 - -77.7076. Let k = z - d. Round k to one dp.
-0.8
Let t(v) = -151465*v**3 + 2*v**2 + 7*v. Let k be t(-6). Let h = 47980384 - k. Let x = h - 9763914. What is x rounded to the nearest one million?
6000000
Suppose -3 = -5*h + 7. Suppose 6*c - h*c = 3748. Suppose -2*u = 443 + c. What is u rounded to the nearest one hundred?
-700
Let f(w) = 91*w**2 - 4*w + 8. Let r be f(8). What is r rounded to the nearest one thousand?
6000
Let t = 5 - 4.6. Let i = 0.598 - t. Let b = 0.2 - i. Round b to 2 dps.
0
Let j(c) = -90445*c - 2. Let z be j(-6). Let s = z - 842668. Round s to the nearest one million.
0
Let o = -785002.1999988 - -785002. Let h = 0.2 + o. Round h to 6 dps.
0.000001
Let i = 0.1465 - 0.14. What is i rounded to three dps?
0.007
Let v = -2.30651 + 2.086612. Let l = 0.22 + v. What is l rounded to five dps?
0.0001
Let v = 262 + -266.551. Let q = v + -0.049. Round q to the nearest integer.
-5
Let y(h) = -h**2 + 31*h + 9. Let o be y(13). Suppose -o = -3*t + 5*s, 0*t - 4*s = 2*t - 162. What is t rounded to the nearest 10?
80
Let a = 12 - 22. Let y = a - -10.096. What is y rounded to two dps?
0.1
Let j = -48345779.99873 - -48345561. Let s = j + 219. Round s to 4 decimal places.
0.0013
Suppose 3*d - 54 = 4*d. What is d rounded to the nearest ten?
-50
Let j = -13.41938 + 13.62. Let w = 0.01 - -0.19. Let h = j - w. Round h to four dps.
0.0006
Let c = -4.92 - 0.48. Round c to the nearest integer.
-5
Suppose 4*l - 7 = -27. Let d be l*(5998 + -2 + 4). What is d rounded to the nearest 100000?
0
Let z = 3 + 1.8. Round z to the nearest integer.
5
Let i = -27.7 + 3.7. Let g = -405.7 - -379. Let s = g - i. What is s rounded to zero decimal places?
-3
Let f = 320 - 174. Let m = f + -78. Let j = m - 68.54. What is j rounded to one dp?
-0.5
Let q = -0.42999918 + 0.43. What is q rounded to seven decimal places?
0.0000008
Let j = 252 - -11. Let a = -264.71 + j. Let v = -0.11 - a. What is v rounded to 0 dps?
2
Let z be (-320)/(-4)*(-22825)/2. Round z to the nearest one hundred thousand.
-900000
Let i = 4.8906 + -4.9. Round i to 3 decimal places.
-0.009
Let q = 3 - 2.99933. Round q to four decimal places.
0.0007
Let c = -7 + 7.096. What is c rounded to 2 decimal places?
0.1
Let k = -18 + 25. Let w = 6.54 - k. What is w rounded to 1 decimal place?
-0.5
Let j = 1.6 + -2. Let o = -0.7 + 0.7. Let c = j + o. Round c to 0 decimal places.
0
Let c = 4.6524581 - 56.6524608. Let w = 52.038 - 0.038. Let r = c + w. Round r to six decimal places.
-0.000003
Let j = 0 - -0.29. Let u = -0.57 - j. What is u rounded to one decimal place?
-0.9
Suppose -4*i + 3*i = -2. Round i to the nearest ten.
0
Let l = 1.6658 + -1.68. Round l to three decimal places.
-0.014
Let d = -0.63 + 0.858. Let f = d + 24.372. Round f to zero decimal places.
25
Let f = 1399.8 - 1270. Let q = -144 + f. Round q to the nearest integer.
-14
Let s = -14 - -13.999912. What is s rounded to five decimal places?
-0.00009
Let f = -24 - 38. Let g = -61.9941 - f. Round g to 3 decimal places.
0.006
Let c = -0.058 - -0.745. Let i = c + 1.099. Let u = -1.8 + i. Round u to 2 dps.
-0.01
Suppose -3*r - n = -2*r - 4, -4*r - 5*n = -16. Suppose -4*v - 1713 = -r*d + 11479, 13208 = -4*v - 4*d. Round v to the nearest 1000.
-3000
Let a = -4.2 - -4.1999938. Round a to six dps.
-0.000006
Let f = 15562256934.00000099 - 15562257069. Let y = 135 + f. Round y to seven decimal places.
0.000001
Let l(n) = -2*n**2 + 4*n. Let w be l(3). Let t be 185998/6 - 2/w. Round t to the nearest 10000.
30000
Let s = -2805.789012048 - 0.191117952. Let j = 2806 + s. Let g = 0.02 - j. What is g rounded to four decimal places?
0.0001
Let i = -6.79999922 + 6.8. Round i to seven decimal places.
0.0000008
Let f = 76 - 75.963. Round f to 3 decimal places.
0.037
Let t(z) = -z**2 - 4*z + 3. Let o be t(-4). Suppose 0*c + 18900000 = o*c. Round c to the nearest 1000000.
6000000
Let n be -12 + -3 + -3 + 6. Let f = 20 + n. What is f rounded to the nearest ten?
10
Let x = -3.29 - -3. Round x to one dp.
-0.3
Let w = -214.29 - -203.113. Let r = w + 11.1. What is r rounded to two decimal places?
-0.08
Let j = -0.28843 - -0.285. Round j to 4 dps.
-0.0034
Let x be 9/(-6)*(-32)/12. Suppose x*w = -3*m + 4852 - 996, 4*m - 5116 = w. Suppose 6*b = 2*b - m. Round b to the nearest 100.
-300
Let q = 85 + -124. What is q rounded to the nearest ten?
-40
Let c be (-2 - (-1)/(-1))*-1. Suppose c*z = -z + 8. Suppose z*t - 562 - 838 = 0. What is t rounded to the nearest one hundred?
700
Let r = 33 - 35.1. Let o = r - -10. Round o to the nearest integer.
8
Suppose 0 = -3*c - 3, -d + 3*c = 4*d - 33. What is d rounded to the nearest integer?
6
Let i(l) = -l**2 + 3*l + 4. Let x be i(3). Suppose x*f = 2*y - 212, 0 = -f - f + 4*y - 94. Round f to the nearest 10.
-60
Let w = 53 - 75. Let v = w + 22.000065. Round v to five dps.
0.00007
Suppose -3*t - 564003 = -3*b, -t = 2*b + 3*b - 939999. Round b to the nearest ten thousand.
190000
Let h(o) = -o**2 - 3*o + 2. Let i be h(7). Let g = 1218 + i. Round g to the nearest one hundred.
1200
Let b = -22 - -21.964. Round b to 2 dps.
-0.04
Let k = -1.880599 + 1.78743. Let g = 0.153136 + k. Let r = g + -0.06. Round r to 5 dps.
-0.00003
Let j = 270 + -158. Suppose 243 = 5*t - j. Round t to the nearest ten.
70
Let q = -4 + 4.032. Let y = q + -0.362. Let d = y - 0.39. What is d rounded to 1 decimal place?
-0.7
Let q(o) = -o**2 - 15*o + 9. Let s be q(-18). Let z be (-2)/3 + 1/(-3). Let g be (1296/s)/(z/5). Round g to the nearest 10.
140
Let h = -3.91 - -2.2. What is h rounded to one dp?
-1.7
Let a = -0.12 - -0.22. Let l = a - 0.10032. Round l to four dps.
-0.0003
Let i = 19 + -13. Suppose 3*n - 114 = 2*l, -n = -2*l - i - 28. What is n rounded to the nearest one hundred?
0
Let c(p) = 66*p**2 + 11*p - 10. Let n be c(10). What is n rounded to the nearest one thousand?
7000
Let w = 0 - -2.9. What is w rounded to 0 decimal places?
3
Let b(h) = 3*h**2 - 3*h + 3. Suppose 0 = -3*v + 7*v - 8. Let x be b(v). What is x rounded to the nearest ten?
10
Let p = -1059 - -3809. What is p rounded to the nearest 1000?
3000
Let w = 101.293 + -0.693. Let r = w - -5.8. Let m = r - 95. What is m rounded to the nearest integer?
11
Let y be -5*102/(-4)*270. Suppose 4*j - 2*q = 34410, -j + y = 3*j - 5*q. Round j to the nearest 1000.
9000
Let o = -35.00000034 - -35. What is o rounded to seven decimal places?
-0.0000003
Let v = 0.0456 - -0.9684. Let f = v + -1. Round f to 2 dps.
0.01
Let w = -11246522 - 513478. What is w rounded to the nearest one million?
-12000000
Suppose 3*j = -j + 29320. Let n be j + 0/(-1) + -1. Let m = -4329 + n. 