000045. Let h = x - 0.2. What is h rounded to 7 decimal places?
0.0000005
Let j be (1826 - -14)*1*8. Round j to the nearest one thousand.
15000
Let j = 4.8 - 0.8. Let d = 3.9976 - j. Round d to three dps.
-0.002
Suppose -m - 174 - 76 = 0. What is m rounded to the nearest one hundred?
-300
Let n = 17.105 - 17. Let c = 0.1099 - n. Round c to three dps.
0.005
Let b = -3278.2087 - -3251.208782. Let v = -27 - b. What is v rounded to 5 decimal places?
-0.00008
Let m = -826.32 + 807. Let v = -21 - m. What is v rounded to 1 dp?
-1.7
Let s = 28 - 20. Let o = -7.65 + s. Let f = o - 0.3. Round f to 2 dps.
0.05
Let u = -2.7 + 2.62. Let l = 519.08003 - 519. Let h = l + u. Round h to five dps.
0.00003
Suppose -4*z - 2*b + 19762826 = 0, -5*b + 9912360 - 30951 = 2*z. Suppose p - 3*d - z = -17240722, p = d - 12300005. Round p to the nearest one million.
-12000000
Let v = 1.83 - 1.12. Let r = 0.3 - v. Round r to one decimal place.
-0.4
Let q = -1 + 0.96. Let h = q + 0.039. What is h rounded to four decimal places?
-0.001
Let x = 18 - 13. Let v(l) = 10 + 11 - 27 + 11 + 25999*l. Let o be v(x). Round o to the nearest 10000.
130000
Let m = -6.14 - -6. Let w = -273671.859951 + 273672. Let f = m + w. What is f rounded to 5 dps?
0.00005
Let m = -17.08 - -17.4805. Let s = -0.4 + m. What is s rounded to four dps?
0.0005
Let y = 20121.0100193 - 20120.88. Let i = -0.13 + y. What is i rounded to 6 dps?
0.000019
Let y = 0 - -0.03. Let a = y - -0.57. Round a to zero dps.
1
Let x be (0*1/3)/(-2). Suppose d = -x*d. Suppose d = -f - 4613 - 14387. Round f to the nearest ten thousand.
-20000
Let w = -272018 + 142018. Round w to the nearest one hundred thousand.
-100000
Let t = -233 - -207.7. What is t rounded to the nearest integer?
-25
Let q = 84 + -42. Suppose 0 = -v - v + q. What is v rounded to the nearest ten?
20
Let c = -37 - -37.00000026. What is c rounded to 7 dps?
0.0000003
Let u(q) = -q**2 - 5*q + 3. Suppose 6*x + 20 = 2*x + 3*n, 3*x - 3*n + 15 = 0. Let s be u(x). Suppose 0 = -o - s*o + 128000. Round o to the nearest 10000.
30000
Let m = -8.0005 + 8. Round m to three decimal places.
-0.001
Let n = 138 + -157.9. Let o = -17.99 - 0.01. Let m = n - o. Round m to zero dps.
-2
Let n = 0.039 - -0.077. What is n rounded to 2 decimal places?
0.12
Let h = 6.8 + -9.7. Let c = -1.842256 + 4.74219. Let u = c + h. What is u rounded to five dps?
-0.00007
Let a be -133997 + -8 - (-5)/1. Round a to the nearest 10000.
-130000
Let y = -0.3055 - -0.148. Let a = -0.15 - y. Round a to 3 decimal places.
0.008
Let z = -544.0000559 + 544. Round z to five dps.
-0.00006
Let s(v) be the third derivative of 2*v**2 + 1/10*v**5 + 0*v + 7/24*v**4 + 2/3*v**3 + 37/30*v**6 + 0. Let j be s(-4). Round j to the nearest one thousand.
-9000
Suppose -4*q + 6*d = 5*d + 1435, -5*q - 1795 = -d. What is q rounded to the nearest 100?
-400
Let i(m) = 5*m**2 - 4*m - 3. Let u be i(-2). Let p be -600*1*u*-3. What is p rounded to the nearest ten thousand?
50000
Let c = 79308.917173 + 242.067327. Let f = c + -79534. Let r = f - 17. Round r to 3 dps.
-0.016
Let g be (-10)/(-4) + 1/(-2). Suppose 0 = -3*u + 5*w + 29120, -u + 2*w + 9716 = -g*w. Round u to the nearest one thousand.
10000
Let p = 15 + 0.5. Let n = 15.50073 - p. What is n rounded to 4 decimal places?
0.0007
Let k = -214 - -214.000000589. What is k rounded to 7 dps?
0.0000006
Let x = -7746 + 2113. Suppose 3*y + 4383 = p - y, -p = 5*y - 4347. Let v = p - x. Round v to the nearest 1000.
10000
Suppose 0*n - n = -680. What is n rounded to the nearest one thousand?
1000
Let a = 438.15 - 6.15. Let c = 432.00000259 - a. What is c rounded to 7 dps?
0.0000026
Let f = 8 - 9.7. Let s = f - -1.25. Round s to 1 decimal place.
-0.5
Let h = -0.021 + 0.074. Let j = 0.02 - h. Round j to 2 decimal places.
-0.03
Let s = 57 - 56.9619. What is s rounded to 3 decimal places?
0.038
Let p = -32 + 31.99999974. Round p to seven decimal places.
-0.0000003
Let u = 1548.00000707 + -1548. Round u to 6 decimal places.
0.000007
Let s = 687249 - -1343142. Let c = -2030390.8999999 + s. Let k = c + -0.1. Round k to 7 decimal places.
0.0000001
Suppose 7*w + 48 = 6*w. Round w to the nearest 10.
-50
Let a = -7 + -2. Let x be 3778/(-6) - (-3)/a. Round x to the nearest 100.
-600
Let r = -1396.8109 + -0.1891. Let t = -1397.29995 - r. Let m = -0.3 - t. Round m to four decimal places.
-0.0001
Let l = -1738917.99924 + 1738880. Let f = -8.2 + 46.2. Let d = l + f. Round d to 4 dps.
0.0008
Suppose 2*m - 1156 = 4*m. Round m to the nearest 10.
-580
Let d = 0 + 7. Let z(u) = 3*u**3 + 9*u**2 + 9*u + 9. Let h(f) = f**3 + f**2 + 1. Let y(x) = -4*h(x) + z(x). Let b be y(d). What is b rounded to the nearest 10?
-30
Suppose 4*v = t - 1112, -4*t + 2283 = 3*v - 2108. Round t to the nearest one hundred.
1100
Let o = 12409.9 + -12408.699993. Let z = o + -1.2. Round z to 6 dps.
0.000007
Let h = 21 - 21.0000112. What is h rounded to six dps?
-0.000011
Let l = -184.93 - -184. Round l to one dp.
-0.9
Suppose 0 = -z + 2 - 1, 2*f + 2*z - 8 = 0. Suppose -f*n = 2*n + 1290. Round n to the nearest ten.
-260
Let a = -0.59 - -0.58999962. Round a to seven dps.
-0.0000004
Let z = 1.81 - -0.29. What is z rounded to the nearest integer?
2
Let v = -429.00358 + 429. Round v to 4 decimal places.
-0.0036
Let p = -2.4999978 + 2.5. What is p rounded to 6 dps?
0.000002
Let a be (-408)/(-2 - 249/(-120)). Let w = a - -9640. What is w rounded to the nearest one thousand?
4000
Let t be (-1 + -157)*4038/12. Let r = t + 393167. Suppose 0 = -2*h + 4*i - i + r, -4*i = 4*h - 680000. What is h rounded to the nearest one hundred thousand?
200000
Let b = 3849209 - 9949209. What is b rounded to the nearest one million?
-6000000
Let w = 54960322 - 54960328.4999959. Let g = -0.04 + 6.54. Let h = w + g. What is h rounded to 6 decimal places?
0.000004
Let k = -181 + 180.9999893. Round k to six decimal places.
-0.000011
Let i(s) be the first derivative of -5*s**2 + s + 1. Let y be i(-9). Let a = 154 - y. Round a to the nearest ten.
60
Let n = 0.4 + 0.1. Let w = 0.47 - n. What is w rounded to two decimal places?
-0.03
Let a = 1.763 - 1.84. Let q = -0.015 - a. Let i = 0.06200043 - q. Round i to seven decimal places.
0.0000004
Let c = -0.045 - -0.041. What is c rounded to 2 decimal places?
0
Let c = 138.55 - 135. Let f = 0.05 - c. Let l = -8.7 - f. What is l rounded to zero decimal places?
-5
Let c = -30.058 - -0.058. Let o = c - -30.000047. Round o to five dps.
0.00005
Let f = -6 + 6.08. Let n = f + -0.08016. What is n rounded to four dps?
-0.0002
Let o = 93.9999902 - 94. Round o to six decimal places.
-0.00001
Let r = -3.6132 + 3.6. Let j = -0.99 + 1. Let v = r + j. Round v to 3 decimal places.
-0.003
Let j = -0.2735861 - -25.2731161. Let t = j + -25. Round t to four decimal places.
-0.0005
Let u = -1.69 - -1.689881. What is u rounded to 5 decimal places?
-0.00012
Let s = -80678346.8359699952 - -80678347. Let g = s - -40.8359707352. Let h = g + -41. Round h to seven dps.
0.0000007
Let c be ((-1)/3)/((-9)/4307391). Suppose 57533 - c = -3*o. Round o to the nearest ten thousand.
30000
Let u = 28 - 8. Let z be 14499996/(-10) + (-8)/u. What is z rounded to the nearest one hundred thousand?
-1500000
Let x = 562 - 182. What is x rounded to the nearest 100?
400
Let l = 489042592.04003 - 489045633. Let k = 3041 + l. Let t = -0.04 + k. What is t rounded to five dps?
0.00003
Suppose -40 = -5*g + 250. Let b = g + 76. Suppose 2*i = -l + 249 + 47, i + 4*l = b. Round i to the nearest 100.
200
Let i = -0.076 - -0.371. Round i to two dps.
0.3
Let c = -1.94 + 3.5. What is c rounded to 1 dp?
1.6
Let t = -7010401 + 7010407.000002. Let h = t + -6. What is h rounded to five decimal places?
0
Let l = 127 + -279. Let z = -151.999881 - l. Round z to 5 dps.
0.00012
Suppose 0*o + o = 68. Suppose -7*i + 3*i = -o. Round i to the nearest 10.
20
Let s = 12.9894 + -13. What is s rounded to three decimal places?
-0.011
Let s = 285 + -161. Let z = s + -131.7. Round z to zero dps.
-8
Let p = -226.800004 - -226.74. Let x = -0.06 - p. What is x rounded to 6 dps?
0.000004
Let a be (6/9)/((-2)/(-1944)). Suppose y + 3*l = a, -2*y + 1316 = -0*l + l. What is y rounded to the nearest one hundred?
700
Let o(y) = -y + 11. Let w be o(6). Suppose s - w*s - 20400000 = 0. Round s to the nearest 1000000.
