 343. What is p rounded to 7 dps?
-0.0000031
Let c(f) be the second derivative of f**4/6 - 4*f**3/3 + 7*f**2 - f. Let k be c(6). Suppose 0 = -36*p + k*p - 6640. Round p to the nearest one thousand.
3000
Suppose 151236650 = 5*q + 4*p, 7*p - 2*p = -5*q + 151236655. Let u = -5557038 + 2804364. Let n = q - u. Round n to the nearest 1000000.
33000000
Let v be 10 + (-14 - -4) + 659700. What is v rounded to the nearest ten thousand?
660000
Let r = 21 + -18.9. Let o = -18.9 - r. Let j = o - -20.948. What is j rounded to 2 decimal places?
-0.05
Let v be 16/(-4) + -2 - 4. Let s be 2/v - (-4541019)/95. Round s to the nearest 1000.
48000
Let w = 0.1419 - 586.1419. Let x = w + 586.0000091. What is x rounded to six decimal places?
0.000009
Suppose -2*t = 134 - 330. Let h be (10/(-7) - -1) + 336/t. Suppose 0 = 5*j - 10, 5*x - 100002 = 2*j - h*j. Round x to the nearest one hundred thousand.
0
Let u = 50 + 85. Let g = 133.22892 + -0.00892. Let v = u - g. What is v rounded to 1 decimal place?
1.8
Let y = -90117 + 90116.41449. What is y rounded to 2 decimal places?
-0.59
Let z = -3893.026 - -3900. Let g = 7 - z. Let y = g + -0.02600145. What is y rounded to seven dps?
-0.0000015
Let y = 3327.3 - 3464.69. Let v = -0.1 - -140.1. Let w = y + v. What is w rounded to one dp?
2.6
Suppose 0 = 4*h - 5*h - 3. Let q(m) = -219016*m - 48. Let w be q(h). Round w to the nearest one hundred thousand.
700000
Let v = 126085194764 + -126085194645.000000566. Let m = v + -119. Round m to 7 decimal places.
-0.0000006
Let n = -6 + 5.7. Let f = 2.68311 - 2.3801. Let h = f + n. What is h rounded to four decimal places?
0.003
Let k be ((-10694524)/(-12) - -1)/((-4)/66). Let i = k - -9404987. What is i rounded to the nearest one million?
-5000000
Suppose 4*c = 3*n + 2 - 1, 2*n + 5*c - 7 = 0. Let j be (-5)/(-15)*-3 + n. Suppose 2*x + 2*k + 650 = j, -620 = 2*x - k - 3*k. Round x to the nearest 100.
-300
Let t = 16 + -15.99999714. Round t to six decimal places.
0.000003
Let i = 1884.77624 - -0.02376. What is i rounded to the nearest one thousand?
2000
Let b = 2.08 + -530.28. Let h = b - -586. What is h rounded to 0 dps?
58
Let s = 41.4417228 - 6.3333598. Let i = s - 35.11. What is i rounded to four dps?
-0.0016
Let k = -0.002 + -0.075. Let w = -128223.922539 + 128224. Let a = w + k. What is a rounded to five dps?
0.00046
Suppose -2*p = -4*n - 24, 2*n + 6 = -10*p + 8*p. Suppose -80499 = u + f, -4 = -p*f - 2. Round u to the nearest ten thousand.
-80000
Let z = 2.454 - 1007.454. Let o = 1005.0681 + z. Round o to 2 decimal places.
0.07
Suppose -4*s = 3*f, 4*f + 8*s = 4*s. Suppose 12*d = 17*d - 4*h - 78149988, -d + 4*h + 15629988 = f. Round d to the nearest 1000000.
16000000
Let w = 3174.000005406 + -3174. Round w to 6 decimal places.
0.000005
Let v = 71611507.86777695 + 0.13222305. Let t = -71611504.98000835 + v. Let o = 3.02 - t. Round o to 6 decimal places.
0.000008
Let t = 176.69 - 456.12. Let d = -280 - t. Round d to 1 decimal place.
-0.6
Let u = 307.72 - 315. Let a = 917.28 + u. Let y = -910.433 + a. Round y to one decimal place.
-0.4
Let l = 50 + 4. Let w = 1376.24 + -1322. Let d = w - l. Round d to two dps.
0.24
Let t = 104.11 - 104.8827. What is t rounded to two decimal places?
-0.77
Let f = -10 + 20. Let g = -108427.0007 + 108417. Let j = f + g. What is j rounded to 4 dps?
-0.0007
Let i = 0.47911 + -51.24511. Let z = -51 - i. What is z rounded to two dps?
-0.23
Let q = -3158.81 + 3126. Let f = -9555.09 - -9556. Let s = q + f. Round s to the nearest integer.
-32
Let r = 56 + -54. Let f(t) = t - 2. Let k be f(-4). Let a be (-5)/(k/(-4)*r/(-6)). Round a to the nearest ten.
10
Let v(m) = -3731*m**3 + 6*m**2 + 6*m + 15. Let u be (-19)/3 + 36/(-54). Let b be v(u). Round b to the nearest 1000000.
1000000
Let i(x) = -175*x**3 + 8*x**2 + 57*x + 153. Let n be i(-3). Round n to the nearest one thousand.
5000
Let m = 8.33 + -8.3718. What is m rounded to two dps?
-0.04
Let o = 268.06 - 268. Let u = -0.067 - o. Round u to one decimal place.
-0.1
Let j = -0.15468532 - -0.1548. Round j to 5 decimal places.
0.00011
Let w = 9070597 + -4648397. Round w to the nearest 100000.
4400000
Let o = -4679.14 - -4613. Let q = 0.14 + o. Let s = q + 73.6. What is s rounded to the nearest integer?
8
Let w = -36024.4823 - -36023. Let h = w + 1.44. Round h to two decimal places.
-0.04
Let s = -165.1 - -153. Let b = s - -12. Round b to 2 dps.
-0.1
Let g = 294.9775 + 0.0225. Let h = 294.9429 - g. Round h to three decimal places.
-0.057
Let u be 1 - (7 + -15) - -4. Suppose -3615603 = -u*g + 1246397. What is g rounded to the nearest one hundred thousand?
400000
Let d(u) = 1429*u + 176. Let q be d(-9). Round q to the nearest 100.
-12700
Let y = 73 - 96.2. Let v = 28.31 - -8.99. Let p = y + v. Round p to 0 dps.
14
Let a = 8747.0002615 + -8747. Round a to five decimal places.
0.00026
Let g = -1.019711767 - -1.0197. Round g to six decimal places.
-0.000012
Let q = -13705.2 - -13563.074. Let i = -142 - q. Round i to two dps.
0.13
Let b = -127.00005809 - -127. What is b rounded to 6 dps?
-0.000058
Let r = -690.42 - -688. Let d = 829 + -827.404. Let p = d + r. Round p to one dp.
-0.8
Let z be ((-174)/(-45) - 2) + (-2)/(-15) - -22348. What is z rounded to the nearest 1000?
22000
Let k(q) = -42*q**3 - 3*q**2 + 11*q + 56. Let i be k(-6). Suppose 21*z - 10*z = -i. What is z rounded to the nearest 100?
-800
Let z be 4 - (1 + 2)/1. Let m be (1 - z) + 1 + 191. Suppose 8*a + m = 9*a. What is a rounded to the nearest ten?
190
Let l(r) = r**3 - 4*r**2 + 3*r + 3. Suppose 2 = -2*z + 8. Let v be l(z). Let m be 2/(-5) - ((-1404)/(-15) + v). Round m to the nearest ten.
-100
Let f = 8 - 13. Let k(w) = 296009*w - 11. Let h(r) = -296010*r + 13. Let q(d) = -8*h(d) - 9*k(d). Let j be q(f). Round j to the nearest 100000.
1500000
Let u = 4.4169 - 4.416902523. Round u to six decimal places.
-0.000003
Suppose 0*i - 2*i = -3*t + 7200904, -2*t + 4800606 = -3*i. Round t to the nearest one hundred thousand.
2400000
Let n = 0.034 - 2.434. Let r = n + 4.5. Let o = r - 2.099885. What is o rounded to five decimal places?
0.00012
Let m = -602 - -602.1476. Let h = m + 619.8524. Let w = h + -689.4. What is w rounded to the nearest ten?
-70
Let g be 74880/(-50)*(-1)/(2499/625 + -4). Round g to the nearest 10000.
-940000
Let w = 0.007 - -0.165. Let a = -2026 - -2026.2021. Let f = w - a. Round f to 3 decimal places.
-0.03
Let u = -5936.004917 + 5936. Round u to three decimal places.
-0.005
Suppose 6*d - 9 = -45. Let m = d + 12. Let v be (35/15)/(2/m). What is v rounded to the nearest integer?
7
Let x = 195.97315 + -196. Let p = 0.031 + x. Round p to three dps.
0.004
Let l = -12356 + 12356.007559. What is l rounded to 4 dps?
0.0076
Let k be (10486 + -9 - -3)*-70. What is k rounded to the nearest one hundred thousand?
-700000
Let h = 10201472865225459 + -10201472290851822.9999967. Let y = h - 574373717. Let f = y - -81. Round f to 6 decimal places.
0.000003
Let p = -0.38095 - -0.18629. What is p rounded to three dps?
-0.195
Let r = 92 + -677. Let t be 3/(((-12)/r)/4). What is t rounded to the nearest 100?
600
Let h = 199 + -194. Suppose -4*r = -l + 1143, -3*r + 0*l - 863 = h*l. What is r rounded to the nearest ten?
-290
Let a = -46.41652 - -0.53052. Let l = 0.114 - a. Let b = l - 45.747. What is b rounded to 2 decimal places?
0.25
Suppose -2372 - 3940 = 6*y. Let m = -389 - y. Let t be (m/9 + 3)*-12. What is t rounded to the nearest one thousand?
-1000
Suppose -10*o + 659 = -911. Let y = 320 - o. Suppose -3*i = 2*h - 282, 6*i + y = h + 2*i. What is h rounded to the nearest 10?
150
Let m = 0.439607065 + -0.4396. Round m to 7 dps.
0.0000071
Let g = 1.731 - 0.111. Let b = g - 7.67. Let a = -6.049639 - b. Round a to 4 decimal places.
0.0004
Suppose -2104230 = -3*b + 3*w, -17*w - 701410 = -b - 15*w. Round b to the nearest one hundred thousand.
700000
Let f = 24.45 - 0.45. Let y = 21876644 - 21876668.0000058. Let x = f + y. Round x to 6 dps.
-0.000006
Let o(v) = -v**3 - 6*v**2 + 6*v - 2. Let q be o(-7). Suppose -q*d - 240 = -4*j + j, -4*d - 5*j = 192. Round d to the nearest 10.
-50
Let p = -151.1 - -6214.1. Let d = 6062.99994829 - p. What is d rounded to six dps?
-0.000052
Let b = -22287.9930926 - -22288. Round b to three decimal places.
0.007
Let s be 36 + -2 + -1 - 6. 