000007
Let u be -2 - (-5 - (-1 + 1)). Suppose 0*s + 3*x = -2*s - 9999985, -u*s = x + 14999995. Round s to the nearest one million.
-5000000
Let x = -155808355.0999939 + 155808364. Let i = x + -8.9. Round i to 6 dps.
0.000006
Let m = 2 - 1.5. Let w = -0.49999945 + m. What is w rounded to 7 dps?
0.0000006
Let j(y) be the first derivative of -34375*y**4/2 - y**3/3 + 3*y**2/2 + 4*y - 3. Let n be j(4). What is n rounded to the nearest 1000000?
-4000000
Let n = 554439 - 344167. Let q = -1 - -3. Suppose 369728 + n = -q*a. Round a to the nearest 100000.
-300000
Let j = -5.9 - -0.9. Let t = 40.70403056 - 45.70403. Let b = t - j. What is b rounded to 7 decimal places?
0.0000006
Let t(d) = -172*d**3 - 3*d + 2. Let s be t(2). Let g = -11380 - s. What is g rounded to the nearest one thousand?
-10000
Let x = -0.018 + 28.018. Let f = -46 + x. Let l = 19.28 + f. What is l rounded to one decimal place?
1.3
Let g = -13.00000015 + 13. What is g rounded to 7 dps?
-0.0000002
Let d(k) = -326895*k**2 - 2*k. Suppose 0 = -i - 0*i - 2. Let r be d(i). Let z = r + 3207576. Round z to the nearest one million.
2000000
Let z = -1259962 - -3959962. What is z rounded to the nearest one million?
3000000
Let w = -6163443 + 8705339. Let l = w + -2541896.03100082. Let x = 0.031 + l. Round x to seven decimal places.
-0.0000008
Suppose 3*w = -2*n - 107997, -2*w - 108004 = 2*n - 6*w. Round n to the nearest 10000.
-50000
Let w = -22576528967.4800008 + 22576506960. Let s = 22008.28 + w. Let b = -0.8 + s. Round b to 6 dps.
-0.000001
Let j = -0.34 - -1.18. What is j rounded to 1 decimal place?
0.8
Let c = -3.96 + 4. Let f = -0.64 + c. Let r = -1.2 - f. Round r to 0 decimal places.
-1
Suppose 5*i + 2 = 27. Suppose i*j - 546 = g, 0*j - j + 5*g + 114 = 0. Round j to the nearest ten.
110
Let m(c) = -22800002*c - 2. Let u be m(-1). Round u to the nearest one million.
23000000
Let s be ((-54230)/51)/(2/3 + -1). Round s to the nearest 100.
3200
Let a be 852000216/(-30) - -8 - 4/5. Round a to the nearest one million.
-28000000
Let i(o) = -131*o**2 - 4*o + 1 + 3*o - 3 - 2*o. Let z be (-1 - 0) + 12/(-2). Let a be i(z). What is a rounded to the nearest one thousand?
-6000
Let g(p) = p**3 - 7*p**2 + 6*p + 2. Let n be g(6). Suppose -b = -n*b + 110000. Round b to the nearest 10000.
110000
Let n = 118.725 - 119. What is n rounded to 2 decimal places?
-0.28
Suppose -14*j - 4 = -16*j. Suppose j*r - 19137 = 3*l + 34866, 107996 = 4*r + 4*l. What is r rounded to the nearest 10000?
30000
Suppose j = -0*q + q - 2649995, j + 5*q + 2650025 = 0. Round j to the nearest 100000.
-2700000
Let d = 5.4 + 28.6. Let q = d - 34.000101. Round q to five decimal places.
-0.0001
Let d = -0.495 - -0.495327. What is d rounded to 5 dps?
0.00033
Let f(o) = -2133*o**3 - 3*o**2 + 4*o + 6. Let c be f(3). What is c rounded to the nearest 10000?
-60000
Let s = 3 - 3.04. Let a = 188818 + -188818.03999972. Let r = s - a. What is r rounded to seven decimal places?
-0.0000003
Let r(u) = -1 - 1729009*u**2 + 0 - 1818975*u**2 - 652015*u**2. Let i = -2 + 3. Let z be r(i). What is z rounded to the nearest 1000000?
-4000000
Let p = 0.26599514 + -0.266. Round p to seven decimal places.
-0.0000049
Let x = -9324670 - -5890587. Let v = 1165917 - x. Round v to the nearest one million.
5000000
Let z be (0 - 4)/(-9 - -7). Let s(p) = 64*p**3 - p**2 + 2. Let n be s(z). What is n rounded to the nearest one hundred?
500
Let f be 1 - (10298 - (4 + -7)). What is f rounded to the nearest 1000?
-10000
Let h = -39.9331 - -39.03. Let d = h - -0.91. Round d to 3 decimal places.
0.007
Let h(u) = -u**3 - 9*u**2 - 3*u + 8. Suppose 12 = -9*j + 7*j. Let c be h(j). Round c to the nearest ten.
-80
Let g = 99.03687 + -98.92687018. Let v = -23.89 - -24. Let r = g - v. Round r to 7 dps.
-0.0000002
Let x = 4.7 + -0.7. Let m = -3.8 + x. Let r = -0.20000005 + m. What is r rounded to seven decimal places?
-0.0000001
Let w = -267 + 667. Round w to the nearest 100.
400
Let j = -20.62 - -22. Let h = 2.1 - j. What is h rounded to one decimal place?
0.7
Let d = 0.9 - -0.1. Let m = 1.08 - d. Let n = 0.0799994 - m. Round n to 7 dps.
-0.0000006
Let h = -0.02 + 0.22. Let z = 0.4 + h. What is z rounded to 1 decimal place?
0.6
Let n = -14969557054141.93399982 + 14969752526739.234. Let u = -195472595 + n. Let r = -2.3 + u. Round r to seven decimal places.
0.0000002
Let g = -0.627 + 0.63099. Round g to four decimal places.
0.004
Let p(j) be the first derivative of -86*j**3/3 + 3*j**2/2 + 7*j - 2. Let w be p(5). Let f = 3828 + w. What is f rounded to the nearest one thousand?
2000
Let q = 0 - -0.04. Let c = -0.25 + q. Let j = 0.2099935 + c. Round j to 6 decimal places.
-0.000007
Let i = 0.2 + -0.24. Let d = -0.44521718 - -0.485216. Let u = d + i. What is u rounded to seven dps?
-0.0000012
Let d = 0.04 + -0.0395. Round d to four decimal places.
0.0005
Let l = -7.3 + 7.445. What is l rounded to two dps?
0.15
Let n = -30 - -29.981. Round n to 2 decimal places.
-0.02
Let n be 3/(((-108)/1088)/9). What is n rounded to the nearest ten?
-270
Suppose -3072 = l + y, 4*l + 3*y + 8684 + 3602 = 0. Round l to the nearest 100.
-3100
Let b = 0.05888 + -0.06. Round b to four decimal places.
-0.0011
Let u = 52.638 + -53. What is u rounded to 2 dps?
-0.36
Let k = 3 - 3.031. Round k to two decimal places.
-0.03
Let i = -1.97 - 0.03. Let s = -3.42552 + 1.4255072. Let r = i - s. Round r to six decimal places.
0.000013
Let v = 113 + -118.7. Round v to the nearest integer.
-6
Suppose 3*j - j + 1040000 = 0. Round j to the nearest 100000.
-500000
Let j be 10*-5*1 - -1. Let x = j - -84. Suppose -r + 2*t = -x, -r - t + 0*t = -50. What is r rounded to the nearest ten?
50
Let w = -2.1 - -2.338. Round w to 2 dps.
0.24
Let a = -131.612 - -130.821881. Let q = 174.21 - 175. Let o = a - q. Round o to 5 dps.
-0.00012
Let j be (5038/3)/2 + (-16)/(-48). Round j to the nearest one hundred.
800
Let h = -67 + 67.0000056. Round h to six decimal places.
0.000006
Let d = 1.1897 + -1.046. Round d to two dps.
0.14
Let w be 2/(-7) - 52/14. Suppose z = 6*z - 290. Let p = w + z. What is p rounded to the nearest ten?
50
Let c = 75 - 76.75. What is c rounded to one dp?
-1.8
Let f = -333308301.99999955 - -333308325. Let b = 23 - f. What is b rounded to 7 decimal places?
-0.0000005
Let r = 7 + -6.997. Round r to two decimal places.
0
Let p = 56 + -56.208. Round p to two decimal places.
-0.21
Let b = 30510842 - 16767109. Suppose b = 2*g - 2456267. What is g rounded to the nearest one million?
8000000
Suppose -4*x + 387 = -5*u, -3*u + 5*x - 112 = 115. Let c be (u/(-2))/(2/(-4)). Let h = 44 + c. What is h rounded to the nearest ten?
-40
Suppose -4*w = -6*w + 318. Let f be -12500*(-2 - 10*w). What is f rounded to the nearest one million?
20000000
Let c = -5.3 + 3. Let p = c + 2.492. Let w = p + -0.19117. What is w rounded to 4 dps?
0.0008
Let o = 84.4 + -84.40449. Round o to four dps.
-0.0045
Let j(x) = -2*x + 18. Let z be j(0). What is z rounded to the nearest 10?
20
Suppose 4*q + 29492 = 5*k, 3*q - 29506 = -3*k - 2*k. Round k to the nearest 1000.
6000
Let j = 0 - -0.056. Let g = -0.08 + j. What is g rounded to 2 dps?
-0.02
Suppose k = 2*m + 65 + 109, 0 = k - 4*m - 178. What is k rounded to the nearest 10?
170
Let f = 286 + -428. Let s = f - -142.000071. Round s to 5 decimal places.
0.00007
Let c = 0.02 - 4.02. Let u = 3.9975 + c. Round u to 3 dps.
-0.003
Let x = 0.07117 - 0.0663. Round x to 4 dps.
0.0049
Let t = 30.57 - 31.9. Round t to one dp.
-1.3
Let r = 6 + -3. Let x = 3.00000025 - r. What is x rounded to 7 decimal places?
0.0000003
Let w = 4666 - -5954. Suppose 0 = -d - 5*d - w. What is d rounded to the nearest one hundred?
-1800
Let g = -98.8 - 2.2. Let o = 100.9999903 + g. What is o rounded to six decimal places?
-0.00001
Let b = -15940530.90000018 + 15940529.6. Let x = -2.6 - -1.3. Let z = b - x. Round z to 7 dps.
-0.0000002
Let k(h) = -h + 6. Let d be k(3). Suppose -690000 = -d*f + 8*f. What is f rounded to the nearest ten thousand?
-140000
Suppose w + 5*u = -1695, -2*w - 4*u - 3395 = u. What is w rounded to the nearest one thousand?
-2000
Let b = -6183 + 6182.4357. Let m = b - -0.57. Round m to three dps.
0.006
Let v = 68 + -161. Let w = v - -92.9999943. Round w to six decimal places.
-0.000006
Let p be (123/6)/((-1)/19774). 