t z = -172.3 + 164. Round z to 0 dps.
-8
Let n = -187.82 - -171.806. Let x = n - -17.01398. Let g = x + -1. What is g rounded to 4 decimal places?
0
Let d(z) be the first derivative of 2*z**3/3 + z**2/2 - 1. Let o be d(1). Suppose -o*c - 813 - 177 = 0. What is c rounded to the nearest one hundred?
-300
Let f = 0.11 - -1.15. Round f to 1 dp.
1.3
Let u(f) = -f**3 - 10*f**2 + 7*f + 12. Let l be u(-9). What is l rounded to the nearest ten?
-130
Let i = -58.93 - 1.57. Round i to the nearest ten.
-60
Suppose -4*v + 50 = -9*v. Let i be (v/(-6))/((-2)/12). Let y = i - 0. Round y to the nearest ten.
-10
Let d = -0.09 - -328.09. Let z = 327.99999789 - d. What is z rounded to seven dps?
-0.0000021
Let k = -17 + 17.02. Let c = k - 0.0200024. What is c rounded to six dps?
-0.000002
Suppose d + 2*r = r, d + 3*r + 8 = 0. Let o(n) = -n + 1. Let p be o(d). Let s(b) = 29334*b + 2. Let m be s(p). Round m to the nearest ten thousand.
-90000
Suppose 2*w - 5 - 3 = 0. Suppose -w*t + 0*i = 2*i - 18, -5*t = -4*i - 42. Let r be 2 - (3 + -2) - t. What is r rounded to the nearest ten?
-10
Let k(i) = 95*i - 20. Let w be k(-10). What is w rounded to the nearest 100?
-1000
Suppose -2*l - 10 = 0, 2*j - 3*j = 2*l - 13552. Let t = j + -20962. Round t to the nearest one thousand.
-7000
Let q = -944 - -936.13. Round q to the nearest integer.
-8
Let u(h) = -3001*h**2 - 2*h + 3. Let m be u(-3). Round m to the nearest ten thousand.
-30000
Let j = -33.000043 - -33. What is j rounded to 5 dps?
-0.00004
Let f = -3.99999776 + 4. What is f rounded to seven decimal places?
0.0000022
Let j = 2639149348821.3300087 + -2639366635417.23. Let g = j + 217286416.9. Let m = -179 - g. Round m to 6 dps.
-0.000009
Let x = -4.04 + 4. Let b = x - -0.0335. Round b to three decimal places.
-0.007
Let w = -106.596 - -98.6. Let r = 13 - 5. Let m = r + w. What is m rounded to three decimal places?
0.004
Let w = -5.02 - -5. Let k = w + 0.019964. Round k to five dps.
-0.00004
Let u = -18.4 + 18.39849. What is u rounded to four decimal places?
-0.0015
Let g = -9.65739 + 9.7323843. Let n = -7 - -6.925. Let i = g + n. What is i rounded to 6 decimal places?
-0.000006
Let k = 17947601 - 3147601. Round k to the nearest one million.
15000000
Let t = -1.48391263763796335 - -1144319462.68391222763796335. Let d = t - 1144319405.2. Let q = d + -56. What is q rounded to 7 dps?
-0.0000004
Suppose 0 = -r + 118 + 77. What is r rounded to the nearest 10?
200
Let f = -15 - -70. Let j = 55.000132 - f. What is j rounded to five decimal places?
0.00013
Let f(r) be the first derivative of r**2/2 - 6*r + 2. Let m be f(8). Suppose -20 = m*y + 3*y, k = -4*y + 8784. What is k rounded to the nearest one thousand?
9000
Let a = -6 + 6.5. Let x = -0.93 + a. Let w = x - -0.76. Round w to one dp.
0.3
Let f(g) = g**3 - 7*g**2 - 8*g - 6. Let o be f(8). Let l(d) = -d**3 + 8*d**2 - 5*d - 4. Let c be l(o). Round c to the nearest 100.
500
Let v = -161 + 238. Let p = -0.180317 - 76.822783. Let w = v + p. Round w to three dps.
-0.003
Let u be 14/5 + (-4)/(-20). Suppose 0 = -4*d + u*l - 2394, 3*d - 2*l + 469 + 1327 = 0. What is d rounded to the nearest one hundred?
-600
Let x = 9 - 8.83. Let d = x + 0.01. What is d rounded to two dps?
0.18
Let h = 0.4 + -0.5. Let z = 5.1 - h. What is z rounded to the nearest integer?
5
Let h(c) = 287*c**3 + 2*c**2 + 37*c + 42. Let p be h(19). Round p to the nearest one million.
2000000
Let a = -6 - 47. Let w = 3701.2389 - 3648.23890074. Let i = a + w. What is i rounded to seven dps?
-0.0000007
Let z(r) be the second derivative of 9923*r**5/20 + r**3/2 + 2*r**2 + 2*r. Let j be z(3). Suppose 1767934 - j = -3*q. What is q rounded to the nearest 1000000?
-1000000
Let t(q) = 9440*q**3 - q + 5. Let o be t(5). Suppose 0*k + 2*k - o = 0. Round k to the nearest one hundred thousand.
600000
Suppose 4*h = -4*w + 3406632, 6*w - 4258320 = w + h. Let k = 2585611 - w. Let d = -5233948 + k. Round d to the nearest one million.
-4000000
Let k = -74.00000135 + 74. What is k rounded to seven decimal places?
-0.0000014
Let x = 3 + -3. Suppose x*d + 3500000 = d. Round d to the nearest 1000000.
4000000
Let q = -26.99999989 - -27. Round q to seven dps.
0.0000001
Let o = 61 - 60.99999906. What is o rounded to 7 dps?
0.0000009
Let s = 2890 - -230. Let t = s - 3120.8811. Let b = 0.87 + t. What is b rounded to 3 dps?
-0.011
Let n = -12299 - -2999. What is n rounded to the nearest one thousand?
-9000
Let v = -0.04921 + 0.051. Round v to four dps.
0.0018
Let d be 8698 - (-1)/((-4)/(-8*1)). What is d rounded to the nearest 1000?
9000
Let h = 1.658 - -26.302. Let u = 0.04 + h. Let p = -28.088 + u. What is p rounded to two dps?
-0.09
Suppose -n + 3*k = 5243 + 14760, 0 = 4*n - 4*k + 80004. Round n to the nearest 10000.
-20000
Let j = -8 - -6. Let n(m) = -7999*m + 5. Let d be n(-5). Let a be (d/(-1))/(j/40). What is a rounded to the nearest 100000?
800000
Let a = -196 - -143. What is a rounded to the nearest 10?
-50
Let c(o) = 20*o**2 + 4. Let n(i) = 1. Let u be (-5 - -4) + 10/2. Let f(w) = u*n(w) - c(w). Let d be f(-7). What is d rounded to the nearest one hundred?
-1000
Let k be (-2)/8 + 324/16. Let l be (12/10)/(6/k). Suppose 0 = l*n + n - 9000000. Round n to the nearest one million.
2000000
Suppose 5*s - 19210 = -2*z, -z - s = 2*s - 9606. What is z rounded to the nearest 1000?
10000
Let s = 0 + 4. Let q = s + -4.59. What is q rounded to one decimal place?
-0.6
Let j = -24783772 - -8783772. Round j to the nearest 1000000.
-16000000
Let z(n) = n**2 + 6*n + 3. Let s be z(-6). Let a be s/12 + (-1481)/4. Round a to the nearest one hundred.
-400
Let g = 243 + -168. Let w = 918459.0057 - 918534. Let t = g + w. Round t to three dps.
0.006
Let t(z) be the first derivative of 80*z**3 + z**2/2 - z - 2. Let m be t(1). What is m rounded to the nearest one hundred?
200
Let l = 4 + -4. Let u = l + 0.1. What is u rounded to the nearest integer?
0
Let h = 8.2 - 8. Let j = -0.1999985 + h. What is j rounded to seven decimal places?
0.0000015
Suppose -3*f + 580257117 = -326942919. Let d be (-2)/(-7) - f/42. Round d to the nearest one million.
-7000000
Let z = 80680657.166077 + -80680616. Let v = 41.354 - z. Let n = v + -0.188. Round n to 5 dps.
-0.00008
Let t = 36.4 + -36.399847. What is t rounded to five decimal places?
0.00015
Let d = 9 + -25. Let v = d - -15.999848. What is v rounded to 5 dps?
-0.00015
Suppose -2*l = 2 + 4. Let x be l/3 + (2 - 1). Suppose 3*k + x*k - 15 = 0. What is k rounded to the nearest ten?
10
Suppose -17991 + 159443 = -4*c. Let x = 95363 + c. Round x to the nearest ten thousand.
60000
Let p = 34.00084 + -34. Round p to four dps.
0.0008
Suppose -3*a = a - 3*w - 5, -4 = -4*w. Let o be (a + -2)*(0 + -1). Suppose 3*x = -g - o*x + 95, -2*g + 5*x = -245. Round g to the nearest one hundred.
100
Suppose -586 + 184 = -p. Let d = 7 + -7. Suppose -3*g + d*g + p = 0. What is g rounded to the nearest 10?
130
Let r(c) = -c**2 - 7*c + 2. Let k be r(-7). Let d(u) = 12830*u + 1. Let h be d(k). Let w = h + -9661. Round w to the nearest 10000.
20000
Let a = 18 + -18.76. Let n = -0.45 + a. Round n to one dp.
-1.2
Let w = 84 + 98. Let i = w + -181.99911. Round i to 4 decimal places.
0.0009
Let k = -122.99999927 + 123. What is k rounded to 7 dps?
0.0000007
Let h(l) = l + 6. Let q be h(-6). Suppose q = -4*b - 1569 - 431. Let x be 4*36*b/6. What is x rounded to the nearest ten thousand?
-10000
Let f = -0.003 + 31.003. Let d = f - 31.0104. What is d rounded to 3 dps?
-0.01
Let d = -343 + 336.98. Let t = 4.7 + d. What is t rounded to one dp?
-1.3
Let j(f) = 6*f - 5 - 61*f**2 + 74*f**2 - 74*f**2 - 80*f**2. Let q be j(5). Let b be (6 + -1)*280*q. What is b rounded to the nearest one million?
-5000000
Let w = 4231 + -8131. Round w to the nearest 10000.
0
Suppose 4*g + 28204 = -5*t + 3*t, 5*t - 3*g + 70497 = 0. What is t rounded to the nearest one thousand?
-14000
Let i(f) be the first derivative of -4099999*f**3/3 - f**2/2 - 2. Suppose 5*u - 6 = -1. Let a be i(u). Round a to the nearest one million.
-4000000
Let z = 0.57299 + 105757.42701. Let v = -105775.00065 + z. Let n = v - -17. Round n to 4 decimal places.
-0.0007
Let i = 171707 - -140293. Suppose u + u = i. What is u rounded to the nearest ten thousand?
160000
Let g = 89.0000074 + -89. Round g to six dps.
