 + k. What is j rounded to the nearest ten?
200
Let k = 9.69 + -0.29. Let z = -13.7 + k. Round z to the nearest integer.
-4
Suppose -2*k = -858 - 2268. Suppose 0 = 4*j + 2*s - 1768, -4*s + 2*s = 5*j - 2211. Suppose -4*d + k = j. What is d rounded to the nearest 100?
300
Let d = 190 + -96. Let s = d - 36. Let c = s + -61.3. What is c rounded to the nearest integer?
-3
Let t(d) = 650*d**3 - 20*d**2 - 201*d - 10. Let k be t(-10). Round k to the nearest 10000.
-650000
Let x = 443 - 442.999998624. What is x rounded to seven decimal places?
0.0000014
Let c = -33 + 54. Let v = c - 21.00005. Round v to four decimal places.
-0.0001
Let o = -0.762999511 + 0.763. Round o to seven decimal places.
0.0000005
Let s = 65 + -71. Let a(y) = -3773*y + 11. Let d(g) = 1886*g - 5. Let r(t) = 3*a(t) + 7*d(t). Let o be r(s). Round o to the nearest 1000.
-11000
Let t = -21 + -38. Let x = -1410757593 + 1410757534.0000031. Let d = x - t. What is d rounded to 6 decimal places?
0.000003
Suppose 9*s - 133297043 + 38914043 = 0. What is s rounded to the nearest one million?
10000000
Let i = -0.0429 + 128.5429. Let h = 129.818 - i. Let z = 1.2 - h. Round z to two decimal places.
-0.12
Let y = 131.5 + -131.6397. What is y rounded to two decimal places?
-0.14
Let a = 311.0000009 - 311. What is a rounded to five decimal places?
0
Let a be 7 - (-15)/(1 - 6). Suppose 0 = 3*w - 257 - a. Suppose 0 = -3*i - 4*m - w, 3*i + 5*m = -0*i - 84. What is i rounded to the nearest ten?
-30
Let f = -1.5 + 4.4. Let k = -2 + f. Let j = -0.8999977 + k. What is j rounded to 6 decimal places?
0.000002
Suppose 4*d + u + u = 8, -d + 4*u + 11 = 0. Let t be (2200/(-16))/(d/3120). Round t to the nearest 10000.
-140000
Let u = -1173289 - -1173290.449993. Let l = -1.45 + u. Round l to five dps.
-0.00001
Suppose -6*d = -2*t - 4*d - 8199996, -5*t + 4*d - 20499992 = 0. Round t to the nearest 100000.
-4100000
Let i = -0.2352785 + 0.235. Round i to five dps.
-0.00028
Suppose -4*q + 2*l - l = 53018881, 5*q - 2*l = -66273599. Let m = 9374721 + q. What is m rounded to the nearest one hundred thousand?
-3900000
Let f = 417 + -293. Let n = f + -155.9. Round n to the nearest 10.
-30
Suppose -22035 = -o - 4346616. Let y = 7624581 + o. Round y to the nearest 1000000.
3000000
Let d be (-2)/(-9) + (-13)/((-1404)/984936). What is d rounded to the nearest one thousand?
9000
Suppose -7*f = -9*f + 9678. Let r = -28193 + f. Let y be 3 - r*322/4. Round y to the nearest 100000.
1900000
Let u = 84 - 82. Suppose -118841 + 1038841 = -u*q. What is q rounded to the nearest 100000?
-500000
Let d = -0.228864 + 0.21. What is d rounded to 3 dps?
-0.019
Let f = -50 + 70. Let s = 19.8 - f. Let r = s - 1.6. Round r to the nearest integer.
-2
Let u be (-427)/49 - 2/7. Let h = u + 11. Suppose -h*c + 7*c - 1275 = 0. What is c rounded to the nearest 10?
260
Let f = -7.01 + 0.01. Let b = 6.9958 + f. What is b rounded to 3 decimal places?
-0.004
Let c = -33158253 + 33158224.000013. Let l = -29 - c. What is l rounded to five decimal places?
-0.00001
Let k(a) = 6*a + 45. Let i be k(-7). Let y be 34203 - (-4 - -11 - (7 - i)). What is y rounded to the nearest one thousand?
34000
Let o = 140269 + -329038. Let l = -110853 + 423622. Let v = l + o. What is v rounded to the nearest 10000?
120000
Let u = -38.43042142 + -179.56958848. Let w = -274 - -492. Let l = w + u. What is l rounded to six dps?
-0.00001
Let q be 3/((-10)/15 + (-87)/(-90)). Suppose q*f + 2871 = 19*f. What is f rounded to the nearest 10?
320
Let a = 789 + -447. Let p = a - 235. Let g = 106.37 - p. Round g to one decimal place.
-0.6
Let n = 500.81 - 16.71. Round n to the nearest one hundred.
500
Let v = 2064.999997567 + -2065. Round v to 7 decimal places.
-0.0000024
Suppose -4*y + 5*y = -5*y. Suppose 2*b - 77 = 3*r - y, 3*b - 3*r - 117 = 0. What is b rounded to the nearest ten?
40
Let s(u) = -2*u - 15. Let w be s(-10). Suppose -i - 2*k = -w*i + 70399992, -4*i + 70399984 = -4*k. What is i rounded to the nearest 1000000?
18000000
Let p = -1364 - -1950. Let b be 10*(0 + (-2)/(-4)). Let g be b/35 + p/14. Round g to the nearest 10.
40
Suppose -3*a = 10999 + 27701. What is a rounded to the nearest ten thousand?
-10000
Let h(n) = 4431*n**3 + 38*n**2 + 33*n - 28. Let x be h(28). What is x rounded to the nearest 1000000?
97000000
Let m = -16.941 + -42.128. Let j = -59 - m. Round j to two dps.
0.07
Let j = 447 - 1000. Let p = 552.639 + j. What is p rounded to one decimal place?
-0.4
Let i be 0 + 163605 - (1 + 4). Round i to the nearest 10000.
160000
Let j = 21050 - 21043.9918. Let z = -19.2 + 25.2. Let c = z - j. Round c to 3 dps.
-0.008
Let h = -6097 - -16260. Suppose -c + h = 863. What is c rounded to the nearest one thousand?
9000
Let k(a) = 4*a**3 + 7*a**2 + 6*a + 5. Let w be k(-5). Round w to the nearest one hundred.
-400
Let u = 59.86 + 1.14. Let j = u + -61.0143. What is j rounded to 3 dps?
-0.014
Let d = -0.202 - -182.202. Let a = 28 - d. Let x = 153.999927 + a. Round x to five decimal places.
-0.00007
Let u = -4.2 + 3.2. Let r = 7.53253 + -6.5331. Let j = r + u. Round j to four decimal places.
-0.0006
Let q = 0.111987 - 0.1118. Round q to five decimal places.
0.00019
Let v = -0.3446 - -0.292. What is v rounded to two dps?
-0.05
Let n be (-21)/(-14)*8/6. Suppose 3*i = -o - 4*o + 269980, 3*i - 269992 = -n*o. Round i to the nearest one hundred thousand.
100000
Let s = -0.142 + -79.858. Let h = 79.99999536 + s. Round h to seven decimal places.
-0.0000046
Let c = -459568 + 656368. What is c rounded to the nearest 10000?
200000
Let f(r) be the first derivative of -6*r**2 + 4*r + 20. Let d be (-2)/(-4) - (-23)/2. Let q be f(d). What is q rounded to the nearest 100?
-100
Let t = 1564.99999526 + -1565. Round t to 6 dps.
-0.000005
Let m(a) = -125*a**2 - 18*a + 46. Let p be m(4). What is p rounded to the nearest 100?
-2000
Let o = -143 + 143.00000094. Round o to 7 decimal places.
0.0000009
Let p = -5.4 - 21.6. Let g = -16 - p. Let z = g + -10.9999998. What is z rounded to 7 decimal places?
0.0000002
Let i = -10251 - -10250.58076. Let t = 49.42 + -49. Let q = i + t. Round q to four dps.
0.0008
Let z = 6.50999733 - 6.51. What is z rounded to 6 decimal places?
-0.000003
Let f = -1435118.0000005 - -1435119. Let t = 1 - f. What is t rounded to six decimal places?
0.000001
Let h = 3344.23 + -3323. Let d = h + -22.3. Round d to 1 dp.
-1.1
Let a = -0.007782 - 1525.782218. Let y = a - -1519. Round y to 0 decimal places.
-7
Let d be 21/9 + 6/9. Suppose -g + 2*v + 3 = -9, 2*v = -d*g + 4. Suppose -4*x - 3*a - 2*a = -9599975, -5*x + 11999980 = g*a. Round x to the nearest 1000000.
2000000
Let w(t) be the first derivative of -1227*t**2/2 - 8*t + 6. Let n be w(-4). Round n to the nearest one thousand.
5000
Let i = -0.06268 - -0.061. What is i rounded to 4 decimal places?
-0.0017
Let h = -56.7 + 53.4. Let n = 0.4 - -2.9068. Let s = n + h. Round s to three dps.
0.007
Let f = -0.421 - -20.121. Let w = f + -34.8. What is w rounded to the nearest integer?
-15
Let u = 898.4284 + -899. What is u rounded to one dp?
-0.6
Let u(i) = 1562*i**2 - i + 4. Let c = 37 + -36. Let n = -3 - c. Let y be u(n). Round y to the nearest ten thousand.
30000
Let p = 3.231 - 3.2310364. What is p rounded to six decimal places?
-0.000036
Let j(p) = 2*p - 17. Let q be j(8). Let l be (-5 - -4)*(-3341 - q). What is l rounded to the nearest 100?
3300
Let h(m) = -418*m**2 + 5*m + 3. Let q be h(-1). What is q rounded to the nearest 100?
-400
Let h(a) = 22*a - 48. Suppose -22 = -2*d - 10. Let l be h(d). Round l to the nearest 10.
80
Let p = -9.572 + 9.56. Let s = 4.072 + -4. Let u = s - p. Round u to 2 dps.
0.08
Let m = 0.15 + 0.04. Let l = -0.274 + m. Let z = 0.01 - l. What is z rounded to 2 decimal places?
0.09
Let h = 4.56609 + -6.66608. Let g = 2.048 - -0.052. Let v = h + g. Round v to 5 dps.
0.00001
Let q = 518 + -518.00003. Round q to four decimal places.
0
Let m = -1.16 - -1.093. Let q = 0.0670059 + m. What is q rounded to six dps?
0.000006
Let s(u) = 2 - 4836452*u - 10 + 1461454*u. Let r(j) = -j - 23. Let h be r(-27). Let k be s(h). What is k rounded to the nearest one million?
-14000000
Let o = -66062 - -66039.9996. Let w = o - -22. What is w rounded to four decimal places?
-0.0004
Let s = 78 + -140. Let a = -159.0326627 - -97.03266332. 