et g = v - 0.68. Round g to 1 dp.
-0.2
Let t = -6541 + 6541.079975. Let z = 0.08 - t. What is z rounded to 5 decimal places?
0.00003
Suppose 4*n - 16 = 0, 2*j + n - 3*n = 0. Suppose 2*p - 3*z + j*z + 740002 = 0, -3*p = 3*z + 1110006. What is p rounded to the nearest one hundred thousand?
-400000
Let w = -0.2 + 0. Let l = 0.6 + w. Let g = l + -0.399968. Round g to 5 decimal places.
0.00003
Let f = 365 - 676. Let h = f + 312.39. Let y = h + -1.4026. What is y rounded to three decimal places?
-0.013
Let b(k) = 3 - 3*k + 2*k**2 - 2*k + 2*k**2 + 0*k. Let c be b(3). Let p be (-4860001)/6 - (-4)/c. Round p to the nearest 100000.
-800000
Let p = 65 - 64.9999528. What is p rounded to six decimal places?
0.000047
Let u = -130026.00002 + 130022. Let h = u - -4. What is h rounded to 4 dps?
0
Let i(h) be the third derivative of -h**4/24 - 100*h**3/3 - h**2. Let d be (-3)/9*(1 - 1). Let z be i(d). What is z rounded to the nearest 1000?
0
Suppose -4*n + 36 = -5*w, 0 = n - 0*n - w - 8. Suppose m = -3, n*v - m = v + 2733. What is v rounded to the nearest one hundred?
900
Suppose -2*m + 44206 = 2*q, -102372 + 36063 = -3*m - q. Suppose 46897 + m = -u. What is u rounded to the nearest ten thousand?
-70000
Suppose -y = -3*g, -2*g = 7*y - 3*y + 14. Let m = y - -4. Let c be -83000 - (m + 0 + -1). Round c to the nearest 10000.
-80000
Let k = -0.88 - 0.02. Let s = k - -0.05. Round s to 1 dp.
-0.9
Let f = 0.21 + 11.79. Let s = 20 - f. Let m = s - 7.9999993. What is m rounded to six decimal places?
0.000001
Let g(u) be the second derivative of 1333333*u**3/2 - 3*u**2/2 + 5*u. Let a be g(-3). Round a to the nearest one million.
-12000000
Let a = -18.7 - -18.700596. What is a rounded to four dps?
0.0006
Let h = 17510 - 9910. Round h to the nearest one thousand.
8000
Suppose 12960 = -9*k + 15*k. What is k rounded to the nearest 100?
2200
Let d = 705442 + -165442. What is d rounded to the nearest 100000?
500000
Let s = 176 + -340. Let h = 164.0000083 + s. Round h to six dps.
0.000008
Suppose 5*p = p. Suppose p = -2*m + 8753 + 247. Round m to the nearest 1000.
5000
Suppose 4*b - 3*b - 32 = 0. Let f = -17 + b. Let t be (-21000)/((f/(-6))/(-5)). What is t rounded to the nearest ten thousand?
-40000
Suppose -8 = 3*u + 1, -9 = -3*s - 2*u. Suppose -431788 = -s*q - 24931788. Round q to the nearest 1000000.
-5000000
Let h = 268 - 153. Let k = 112.96 - h. Let c = -2 - k. Round c to one decimal place.
0
Let w = -79.88963 - -80.8896317. Let b = w - 1. Round b to 6 decimal places.
0.000002
Let i = -110.00000046 + 110. What is i rounded to seven decimal places?
-0.0000005
Let r(z) = -4305*z**2 + 5*z. Let s be r(-5). Let n be (s/(-3))/(4/78). Let m = 319725 - n. Round m to the nearest 100000.
-400000
Let g(z) = 583*z**2 + 3*z - 6. Let t be 4/18 - (-208)/36. Let d be g(t). What is d rounded to the nearest ten thousand?
20000
Let z be 6370015/35 - (-9)/(-21). What is z rounded to the nearest ten thousand?
180000
Let q = -1 - -0.75. Let n = -24962.1399858 - -24961.89. Let i = q - n. Round i to 6 decimal places.
-0.000014
Let u = 27893604.1950271 - 4058039.1950681. Let k = u + -23835603. Let c = k - -38. Round c to five decimal places.
-0.00004
Let b = -49573 + 109073. What is b rounded to the nearest ten thousand?
60000
Let w = 123638.9 + -123750.8939. Let i = w + 112. Round i to three dps.
0.006
Let b = -39.60172 + 38.91. Let j = b - -307.12172. Let f = 305 - j. What is f rounded to 1 decimal place?
-1.4
Let r = 2.5 + -2.24. What is r rounded to 1 dp?
0.3
Let j = -169.2 - -187. Let w = -18.51 + j. What is w rounded to one dp?
-0.7
Suppose 3*q - 6 = 6. Suppose -6*c + c = -q*b + 7671, 0 = -5*b - 5. Let w = -855 - c. Round w to the nearest one hundred.
700
Let t = -154695 + 154694.9399896. Let p = -0.06 - t. What is p rounded to 6 decimal places?
0.00001
Let n = 0.11 + 5.29. What is n rounded to 0 dps?
5
Let o(n) = 2*n**2 - 7*n + 4. Let y be o(4). Let m(l) = -6406*l**2 - l - 8. Let z be m(y). Round z to the nearest 100000.
-400000
Let z = -0.5 - -1.5. Let g = -0.4 + z. Let f = -0.68 + g. What is f rounded to 2 decimal places?
-0.08
Let k = -152 - 628. Round k to the nearest 100.
-800
Let j(h) = -1706*h**2 + 21579*h**2 - 4*h - h + 26928*h**2. Let r be j(5). Round r to the nearest one hundred thousand.
1200000
Suppose -2*n - 1078419 = -n. Let l = 4484602 - 7806183. Let v = n + l. Round v to the nearest one million.
-4000000
Suppose -w - 3*o = 22309 + 21403, 5*w + 218504 = -o. What is w rounded to the nearest one thousand?
-44000
Let x = -77 + 83.3. What is x rounded to the nearest integer?
6
Suppose 0*p - p + 9 = 0. Suppose 0 = -5*l + p + 11. Suppose -i = -3*x + x - 9099992, -4*i = l*x - 36400016. Round i to the nearest 1000000.
9000000
Let s = 115.192 + -115. Round s to two dps.
0.19
Let u = 366612.7800017 + -366610.88. Let j = 3.9 - 2. Let y = u - j. What is y rounded to 6 decimal places?
0.000002
Let x(v) = -42*v + 10. Let l be x(8). Round l to the nearest ten.
-330
Let o = -0.17 - 1.13. Let h = 7623555.30000028 - 7623556.6. Let u = o - h. What is u rounded to 7 dps?
-0.0000003
Let l = 0.1 - 0.19. Let a = -2.71 + l. Round a to the nearest integer.
-3
Let k = 5 + -5. Let i(m) = -m**2 + 5. Let a be i(k). Suppose 2*p = -a*u + 666, -132 = -u - 0*p - p. What is u rounded to the nearest ten?
130
Let q = -1.3 + 1.23. Let i = 3.73 - 2.46. Let j = q + i. Round j to zero dps.
1
Suppose -4*g + 0 = 4. Let s = 1 + g. Suppose -h + s*h + 66000 = 0. Round h to the nearest 10000.
70000
Let b be (-18)/4*(-18)/27. Let l be ((-3)/3)/((-2)/18). Let o be 6/l + (-3002)/b. Round o to the nearest 1000.
-1000
Let j = 49.2 - 121.5. Round j to zero dps.
-72
Suppose w = -h + 664, 3*w + 6*h - 1960 = 11*h. Round w to the nearest one hundred.
700
Let l(t) be the second derivative of -t**4/12 - 5*t**3/6 + t**2 - 65*t. Suppose 0 = y - 0*y + 9. Let b be l(y). What is b rounded to the nearest ten?
-30
Let p = -341 + 496. Let d = p - 148.7. Round d to the nearest integer.
6
Let p = 24629107 + -14929107. What is p rounded to the nearest one million?
10000000
Let v = 3260 + -3306.61. Let b = v - -47. Let x = 0.389884 - b. Round x to 5 dps.
-0.00012
Let n = -4.6 + 1.6. Let g = n + 3.056. Round g to two decimal places.
0.06
Let p = 116461 - 52061. What is p rounded to the nearest 1000?
64000
Let t = 31865877813.491806273 - 52.491806273. Let i = t - 31865877942.00000099. Let s = i - -181. What is s rounded to 7 dps?
-0.000001
Suppose 0 = r + 5, 5*x - 2*r + 0*r = 10. Suppose 7*f = 2*f + 25. Suppose x = -f*z + 6820 + 11180. What is z rounded to the nearest one thousand?
4000
Let u = -0.12000028 + 0.12. What is u rounded to 7 decimal places?
-0.0000003
Let c = -113 + 110.94. Let w = c + 1.29. Round w to one dp.
-0.8
Let g be (-234)/72 + (-2)/(-8). Let t be ((-8)/g)/(8/(-8700)). Round t to the nearest 1000.
-3000
Let u = 5 + 5.6. Round u to the nearest integer.
11
Let n = -62 + 61.842. What is n rounded to 1 decimal place?
-0.2
Let y = 0.4976057 - 0.51159. Let i = y - -0.014. What is i rounded to 6 dps?
0.000016
Let b = 792.7341 + -792.4. Let m = 20.34 - 20. Let i = b - m. Round i to three dps.
-0.006
Let z = 0.017 - -0.485. What is z rounded to two dps?
0.5
Let g = 0.01 - -0.03. Let n = 5635 + -5635.0400128. Let j = n + g. What is j rounded to six dps?
-0.000013
Let k = 0.113 + -0.113154. Round k to five decimal places.
-0.00015
Let w = -6621.48 + 6485. Let j = 137.11886 + w. Let g = j + -0.64. Round g to 4 dps.
-0.0011
Let k(t) = -150124*t**2 - 3*t. Let o be k(4). Let x = -1198004 + o. What is x rounded to the nearest 1000000?
-4000000
Let w(f) be the first derivative of -1877*f**3/3 + 3*f**2/2 - 6*f + 1. Let v be w(-7). Round v to the nearest 10000.
-90000
Let g = -5 - -4.11. Round g to 1 dp.
-0.9
Let p(s) = -5*s**2 + 4*s - 1. Let u(c) = -6*c**2 + 5*c - 1. Let f(v) = -5*p(v) + 4*u(v). Let g be f(1). Suppose y + g*y = 900. Round y to the nearest 1000.
0
Let g = -14.00015 - -14. What is g rounded to 4 dps?
-0.0002
Suppose 2*j = 4*h + 1904, 2*j = -5*h + 125 + 1788. Let y(v) = v**3 - v**2 - v + 1. Let x be y(2). Suppose x*a = -j - 516. Round a to the nearest 100.
-500
Suppose -4*v + 4*r - 2300020 = -5*v, 20 = 4*r. What is v rounded to the nearest 1000000?
2000000
Let o = -2 + 9. Let d = 173756703.9999999 - 173756697. Let t = o - d. 