0.00007
Let j = -9827 - -9835.402. Let h = j + -8.3. What is h rounded to two decimal places?
0.1
Let r = -11.4 - -11.29. Round r to 1 decimal place.
-0.1
Let w = -1.04596 - -3.12465. Let g = w - 2.08. What is g rounded to four decimal places?
-0.0013
Let l = 1.31 + 7.24. What is l rounded to the nearest integer?
9
Suppose 6*p = 71399 + 23401. What is p rounded to the nearest 1000?
16000
Let i = 0.25 - -0.05. Let q = -0.025597 + -0.274393. Let z = q + i. Round z to 4 decimal places.
0
Let b = -0.06 - -0.46. Let s = b + -1.3. What is s rounded to the nearest integer?
-1
Let z = -5.5700359 - -5.57. What is z rounded to six dps?
-0.000036
Let j = 373.0748 - 373. What is j rounded to three dps?
0.075
Let r = -63 - -58.7. Let m = 4.29999864 + r. What is m rounded to 7 decimal places?
-0.0000014
Let z = -66.3277 - -66.3. What is z rounded to 3 decimal places?
-0.028
Suppose g + 2*b + 3*b = 14, 5*b + 6 = 4*g. Let t be (10/(-4))/(g/(-8)). Let j = t + -6. Round j to the nearest ten.
0
Let v = 250 + -781. Let z = v - -549.52. Let x = z + -19. What is x rounded to 1 decimal place?
-0.5
Let h = -17 + 12.8. Let a = -440 + 435.37. Let v = h - a. What is v rounded to 1 dp?
0.4
Let z = -0.04730331 + 0.0473. Round z to 7 dps.
-0.0000033
Let r = 1 + 33. Let o = r + -37.1. Let f = o + 3. Round f to zero dps.
0
Let m = 25.34224 + -9.3416. Let p = m - 16. What is p rounded to 4 dps?
0.0006
Suppose 1680 = 4*a - 15920. Round a to the nearest one thousand.
4000
Let x = 2.84 + -24.94. What is x rounded to the nearest integer?
-22
Let m = 4.158 - -0.062. Let n = -11.58 + 12. Let w = n - m. What is w rounded to zero dps?
-4
Let l(k) = 7*k**2 + k - 2. Let u be l(-2). Let p be (-1)/(-3) + 16/6. Suppose 4*f = -2*c + u, 0 = p*c - 5*f + 13 - 93. What is c rounded to the nearest 10?
20
Let p = -4 + 3.72. Let g = p + 0.7. Round g to one decimal place.
0.4
Let g = -0.01 - -5.21. Let b = g + -5.19999922. What is b rounded to seven dps?
0.0000008
Let d = -55240 + -159488. Let c = 77272 - d. Suppose 0 = 4*h - 0*h - c. What is h rounded to the nearest 10000?
70000
Suppose 0 = -5*i - 4*q + 5250016, 2*i - 5*i - 5*q = -3150020. Suppose 5*u + i = -0*u. Round u to the nearest ten thousand.
-210000
Let v = 7 + -7. Suppose 4*m + 3 + 1 = v. Let k be 8961/6*-154 + m. Round k to the nearest 100000.
-200000
Let a(c) = 462*c**3 - 5*c**2 + 3*c - 10. Let u be a(-6). Round u to the nearest one hundred thousand.
-100000
Let i be 1/((-1)/(-16))*-2. Round i to the nearest ten.
-30
Let i = -138 + 144.35. What is i rounded to the nearest integer?
6
Let p = 8.9 - 8.89999898. What is p rounded to 7 dps?
0.000001
Let b = -15.2 - -2.9. Let d = -14.67086 - -2.36296. Let k = b - d. Round k to three dps.
0.008
Let t = -9490 - 18710. Round t to the nearest 10000.
-30000
Let m = -107.2 - -124. Let u = -11.94 + 0.94. Let g = u + m. Round g to the nearest integer.
6
Let o = -0.072 + -0.022. Let u = -0.67 - -0.633. Let x = u - o. Round x to 2 decimal places.
0.06
Suppose 117 = 5*y + 22. Suppose 1010 = -2*n - 2*j, -3*j = 4 - y. Round n to the nearest 100.
-500
Let w = 59 - 59.00000165. Round w to seven dps.
-0.0000017
Let s = 14 + -13.9999998. Round s to 6 decimal places.
0
Let n = 75.47686 - 0.04686. Let h = n - -1.57. Let m = h - 76.99999938. Round m to seven dps.
0.0000006
Let f = 82 - 293. Let d = -386 - f. Let o = d - -175.00083. What is o rounded to 4 decimal places?
0.0008
Let t(l) = -18*l + 15. Let h be t(7). Round h to the nearest ten.
-110
Let s be -2 - -2 - (-2 + 5). Let v(n) be the second derivative of 247*n**3/6 + n**2/2 + 12*n. Let l be v(s). Round l to the nearest 100.
-700
Let b(l) = -2118*l**3 + 2*l**2 + 4*l + 3. Let k be b(-4). Suppose -2*m + 364429 = -k. Round m to the nearest 100000.
300000
Let z = -2443.7 - -2443.86943. Let q = z - 0.17. What is q rounded to 4 dps?
-0.0006
Let v = 15 - 15. Let t = v + 0. What is t rounded to two decimal places?
0
Let d = -1.08 - -1.6. Round d to one dp.
0.5
Let q = -0.2 + -18.8. Let w = -18.9956 - q. Round w to three dps.
0.004
Let b = -66 - -132. Let v = 58.9 - 0.5. Let t = b - v. Round t to 0 dps.
8
Let o(k) = -87*k**2 - 2*k - 1. Let w be o(-1). Let c = 4986 + w. What is c rounded to the nearest 1000?
5000
Let t = 0.0162 - -0.005. Round t to 3 decimal places.
0.021
Suppose 20980815 = 11*u + 60250815. What is u rounded to the nearest one million?
-4000000
Let k = -0.009 - 0.871. What is k rounded to 1 decimal place?
-0.9
Let x be (-29160002)/18 + (-3)/(-27). What is x rounded to the nearest 100000?
-1600000
Suppose 34200012 = 2*q + 4*j, 4*q + j - 68400003 = -0*j. Let n be (-1)/(-3) + (-10)/(-6). Suppose g + n*g - q = 0. What is g rounded to the nearest 1000000?
6000000
Let p(s) = -911*s**3 + 2*s**2 + 19*s + 12. Let n be p(-12). Suppose n = 5*t - 198945. Let u = -894645 + t. What is u rounded to the nearest 100000?
-500000
Let z = 0.1249629 - 0.125. Round z to five dps.
-0.00004
Suppose 381082 - 1421082 = 4*x. What is x rounded to the nearest one hundred thousand?
-300000
Let k(u) = -1178*u**2 - u - 1. Let l = -36 + 12. Let r be -4*2/(l/(-9)). Let b be k(r). What is b rounded to the nearest one thousand?
-11000
Let n(b) = -b**3 + 4*b**2 - 3*b - 2. Let y be n(3). Suppose 3 - 5 = m. Let s be (-113)/m - y/4. What is s rounded to the nearest 10?
60
Let v = 38772 + -68772. Round v to the nearest 100000.
0
Let q = -88 + 99.2. Let a = -1.2 - q. What is a rounded to the nearest integer?
-12
Let r = -0.09 + -0.01. Let d = 0.08 + r. What is d rounded to 3 dps?
-0.02
Let x = 38 - 55. Let k = 36 + x. Let q = 17.4 - k. What is q rounded to zero decimal places?
-2
Let v = 228.00000123 - 228. Round v to seven decimal places.
0.0000012
Let f = 3 - -2. Suppose f*l + j = -0*l + 10500003, -5*l = -4*j - 10499988. Round l to the nearest one million.
2000000
Let w = 2311 + -2302.484. Let v = w + 0.184. What is v rounded to 0 dps?
9
Let c = 7 - 3. Suppose l = -0*l - c. Let f be (-54400001)/l - 3/12. Round f to the nearest one million.
14000000
Let u = 59850.60026 + -59850. Let t = 0.6 - u. What is t rounded to 5 dps?
-0.00026
Suppose -5*f - 2*s + 3*s = -21446, 12850 = 3*f - 5*s. What is f rounded to the nearest one hundred?
4300
Let j = -322 + 986. Suppose 2*u = -3*c - j + 19572, 3*c = 5*u + 18880. Round c to the nearest one thousand.
6000
Let b = 53 + -51.58. Round b to 1 dp.
1.4
Let u(c) = 510002*c + 12. Let a be u(-6). Round a to the nearest 100000.
-3100000
Let o = -0.4930261 - -0.493. What is o rounded to five decimal places?
-0.00003
Suppose 2*t = 54081329 - 20881329. Round t to the nearest one million.
17000000
Let k be (8/4)/(2/(-3)). Let n(b) = 2*b**3 + 2*b**2 - 2*b + 3. Let r be n(k). Let l be (-10799996)/18 + 6/r. Round l to the nearest one million.
-1000000
Suppose -4*l + 20 = l. Suppose -b - o + 2 = 0, b = l*o - 0 - 8. Round b to 1 dp.
0
Let z(t) = 4*t**2 + 3*t + 2. Let j be z(-1). Suppose 4*r = -y + 3957 + 323, -j*r - 12915 = -3*y. Round y to the nearest one thousand.
4000
Let p = 320.00000379 - 320. What is p rounded to 6 decimal places?
0.000004
Let r(k) be the first derivative of 51201*k**4/4 - 5*k**3/3 - 5. Let w be r(5). What is w rounded to the nearest 1000000?
6000000
Let d = -12 + 12.00049. Round d to 4 dps.
0.0005
Let i = -107.59 + 109. Let b = i + 59.59. Let o = b - 60.999869. What is o rounded to five decimal places?
0.00013
Let a = 11 + -7. Let i(u) = 62501*u**2 - 6 + a + 3*u + 4 - 6. Let k be i(-4). Round k to the nearest 1000000.
1000000
Let a = -289 + 287.364. What is a rounded to one dp?
-1.6
Suppose -f - 4*f - 5*v = 9865, 0 = -5*f - 3*v - 9859. What is f rounded to the nearest one hundred?
-2000
Let a(o) = -o**2 - 2*o - 3210. Let v be a(0). Round v to the nearest one hundred.
-3200
Let v(d) = 25672*d - 4. Let l(y) = -y + 1. Let q(t) = -5*l(t) - v(t). Let o be ((1 - 1) + 3)*-1. Let g be q(o). Round g to the nearest ten thousand.
80000
Let c = -3.3 + -0.2. What is c rounded to the nearest integer?
-4
Suppose -5*j + c - 31549996 = 0, -2*c + 4 = 12. Round j to the nearest 1000000.
-6000000
Let m = 68 + -71.1. Round m to 0 decimal places.
-3
Let s = 3.4032 + -9.4044. Let u = 10 + -4. Let p = u + s. What is p rounded to 3 decimal places?
-0.001
Let f = 70 - 70.146. What is f rounded to two dps?
-0.15
Let x = 960.0563 - 960. Round x to 3 decimal places.
