ed to the nearest one hundred?
300
Let c = 123.484 - 3.984. What is c rounded to the nearest 10?
120
Suppose 3*x - 10 - 2 = 0. Let h be x - (-3 + 4 + -1). Suppose -h*q = -3*q - 16400. Round q to the nearest one thousand.
16000
Let y = 0.79822 + -0.15492. Let d = y + -0.609. Round d to two decimal places.
0.03
Let u = -4205.00010251 - -4205. What is u rounded to 4 dps?
-0.0001
Let k(y) = 4434*y**2 + y + 14. Let s be k(-5). Suppose 0 = z - s - 50141. Round z to the nearest ten thousand.
160000
Suppose 2279818 - 9037818 = 10*t. What is t rounded to the nearest ten thousand?
-680000
Let g = -82.02 - -0.02. Let h = 82.79 + g. Let u = h + -0.789835. What is u rounded to 5 dps?
0.00017
Suppose 11*l + 10*l - 252 = 0. Suppose 2415000 = -l*x + 7*x. Round x to the nearest 10000.
-480000
Let c = 1771.74 + -1129.87. Round c to the nearest 100.
600
Let k = -9657101 + -70799899. What is k rounded to the nearest 100000?
-80500000
Let g(x) = 4*x**3 - x**2 + 4*x - 2. Let y be g(1). Suppose 3*z - b = -z - 2797, -4*z = -y*b + 2785. Round z to the nearest 10000.
0
Suppose 0 = -4*d, 6*a + 5*d + 195 = a. Let g = a - -115. Let n = g - 529. Round n to the nearest 100.
-500
Let c = 7.5948913 - 7.5995. What is c rounded to 4 dps?
-0.0046
Let t be ((-6)/7)/((-6)/(-1134)*9). Let o = t - 1312. What is o rounded to the nearest 100?
-1300
Let m(i) be the first derivative of 400002*i**2 + 40*i + 84. Let c be m(-10). Round c to the nearest 1000000.
-8000000
Let v = -4257.16 - -4804. Round v to the nearest ten.
550
Let i be -574*(-192 - -9) + 9 + -1. What is i rounded to the nearest 10000?
110000
Let f = 13 + 239. Let g = f + -251.085. What is g rounded to 1 decimal place?
0.9
Suppose -3*x + 18*c - 17*c - 19516794 = 0, 0 = -x + 8*c - 6505552. Round x to the nearest one hundred thousand.
-6500000
Let k = -14168.99987905 + 14169. Round k to 5 dps.
0.00012
Let d = -72.86 - -72.8608345. Round d to five dps.
0.00083
Let r = -168 - 190. Let u = 357.99597 + r. What is u rounded to 3 decimal places?
-0.004
Let y = -662.9331 + 663. Round y to one dp.
0.1
Let n = 0.1971 - 0.1963304. Round n to 4 decimal places.
0.0008
Let t be (12/8 - 2) + 12916648/16. Let o = t - 550790. What is o rounded to the nearest 10000?
260000
Let j = 11452183.999906 - 11452251. Let f = -0.11716 + 67.11716. Let p = f + j. Round p to 5 decimal places.
-0.00009
Let i = 7.89441 + -4.794422. Let z = -7.7 + 4.6. Let l = z + i. What is l rounded to six decimal places?
-0.000012
Suppose -12*x + 41 = -19. Suppose -8 = -q - x. Suppose -q*n + 27312 = -4*z, -4*z - 23812 = -4*n + 12600. What is n rounded to the nearest one thousand?
9000
Let f = -939 - -1463. Let u(a) = -16 - a - 375*a**2 - f*a**2 + 338*a**2 - 314*a**2. Let x be u(-16). Round x to the nearest 10000.
-220000
Let x(s) = -84*s**3 - 8*s**2 + 4*s + 14. Let n be x(-6). Let w = -33146 + n. What is w rounded to the nearest 1000?
-15000
Suppose 29836 - 173560 = -21*y. Round y to the nearest ten thousand.
10000
Suppose -40*p + 665392 = 68200 - 583008. What is p rounded to the nearest one thousand?
30000
Suppose -211*g = 33*g + 970183 + 321309. Round g to the nearest 1000.
-5000
Let j = 63148.768 + -63535. Let t = j + 387. Round t to 1 dp.
0.8
Let r = 0.09 + 5.91. Let x = 0.5 + r. Let d = x + -6.565. Round d to two dps.
-0.07
Suppose -55*y = -68*y - 1007409. Let u be y/21 + 3*(-1)/(-21). Round u to the nearest 1000.
-4000
Suppose 7*z = 1521473 + 1699. Suppose -k - 526482 = 3*b - 200081, 2*b - 4*k = -z. Round b to the nearest 10000.
-110000
Suppose -7520446 = -7*p + 39912338. Suppose 4*s - 2*c = p, 5326362 - 244278 = 3*s + 2*c. Let z = -1104028 + s. What is z rounded to the nearest 100000?
600000
Let y = -24.8 - -27. Let o = 0.06448 + -2.26868. Let w = o + y. Round w to three decimal places.
-0.004
Suppose 0 = -5*u - 25, -3*u + 2*u = -3*y - 326989. Let z = y - -22616. Let o = z - -36382. Round o to the nearest ten thousand.
-50000
Let q = -638.47 - -638. Let n = 7429934 + -7429934.4699949. Let p = n - q. Round p to 6 dps.
0.000005
Let s(n) = 31*n**3 - 34*n**2 + 27*n - 50. Let f be s(15). Round f to the nearest 1000.
97000
Let l = -25.2 + 17. Let v = -162.2 - l. Let k = -154.00305 - v. What is k rounded to 4 dps?
-0.0031
Let a = -120.1006 - -6.6786. Let j = a + -0.828. Let o = 112 + j. What is o rounded to 1 decimal place?
-2.3
Let d = -0.957 - -0.057. Let b = -0.86 + -0.36. Let f = b - d. Round f to 1 dp.
-0.3
Let w = 0.0443 - 0.08826. Round w to 3 dps.
-0.044
Let u = -937.8 + 937.4133. Round u to two dps.
-0.39
Let t = 30.3 - 28. Let q = -0.75 - t. Let g = q - -3.05000191. What is g rounded to seven decimal places?
0.0000019
Let o(h) = 18721*h**2 - 1016*h + 88. Let s be o(24). Round s to the nearest one hundred thousand.
10800000
Suppose 5*y + 4*n = 149 - 50, 2*y = -3*n + 41. Let t(a) = -4182*a - 42. Let i be t(y). Round i to the nearest ten thousand.
-80000
Let o = 160528344662 + -160528344767.599999093. Let p = 105.6 + o. Round p to 7 decimal places.
0.0000009
Let m = 639 - 629. Let f(c) = -72697*c**2 - 27*c - 30. Let b be f(m). Round b to the nearest one million.
-7000000
Let z = -116.45 + -1059.31. Let u = z - -1249. What is u rounded to zero dps?
73
Let n = 27.65 + -27.9209. What is n rounded to two decimal places?
-0.27
Let q be (-57)/8 + (1 - 21/24). Let s be 0 + -5 - 0 - q. Let f(h) = 288*h**3 - 5*h**2 + 5*h - 4. Let o be f(s). What is o rounded to the nearest one hundred?
2300
Let i = 64.5 - 30. Let w = 26 - i. Let h = w - -9.4. Round h to zero dps.
1
Let u(y) = -4443*y - 3298. Let o be u(-3). Round o to the nearest 10000.
10000
Let f = 29 - 27.96. Let x = -438532.76 + 438533.80000178. Let k = x - f. What is k rounded to seven decimal places?
0.0000018
Let u(r) = -4*r + 1. Let d be u(-6). Let j = d + 19. Let f be (-10570002)/7 + j/154. Round f to the nearest one hundred thousand.
-1500000
Let g = -17.8 + -215.2. Let i = -2046 - -2300.3. Let r = g + i. What is r rounded to zero decimal places?
21
Let g = 1072870.0861 - 1072650.08610039. Let f = g - 220. What is f rounded to 7 dps?
-0.0000004
Let x = -54528.058573 + 54528. Round x to 3 decimal places.
-0.059
Suppose 5*u + 540619 = -130276. Let o = -96441 + u. Let k = o + 67620. What is k rounded to the nearest ten thousand?
-160000
Let w(c) = -5*c**2 - 7*c - 2653. Let h(y) = -8*y**2 - 14*y - 5305. Let v(u) = 3*h(u) - 5*w(u). Let x be v(0). Round x to the nearest one thousand.
-3000
Let k = -575 - -575.303. Let m = -0.661 + k. What is m rounded to 1 dp?
-0.4
Let g = -198.4 + 198.6475. Round g to two decimal places.
0.25
Let m = -83 + 419. Let d = 336.00278 - m. Round d to 4 dps.
0.0028
Let g = 103992.7 - 112730. Let s = -8756.29975 - g. Let m = s + 19. What is m rounded to four decimal places?
0.0003
Let z = 4132298344.71801638438623166 - -0.58197944561376834. Let y = z - 4132298393. Let s = y + 47.7. Round s to 7 dps.
-0.0000042
Let k = -19711 - -19711.12893. Round k to 2 dps.
0.13
Suppose -22 = v - 21, 0 = 5*w + 5*v - 30860. Round w to the nearest 100.
6200
Let l = 567.1496091385 - 0.1496076025. Let u = l - 567. Round u to 7 decimal places.
0.0000015
Let l = 42740.29 - 42981. Let p = -219.43 - 24.57. Let z = p - l. Round z to 1 dp.
-3.3
Let r = 5107666 - 14649963. Let t = -3827087 - r. Let l = 284790 + t. Round l to the nearest one million.
6000000
Let t = -6 - -9.7. Let p = -0.063186 + -3.635114. Let y = t + p. What is y rounded to 3 dps?
0.002
Let a = 1.1334 - 0.1404. Let s = -0.296 + a. Round s to one decimal place.
0.7
Let c be 10/36*21 - (-5)/30. Let d = 5 - -10. Suppose -c*r = -3*r + d, z = 3*r + 9815. Round z to the nearest 1000.
10000
Let b = -0.182 - 169.918. Let f = b - -215. Let z = f + -52. Round z to zero decimal places.
-7
Let v = 1671922.9 + -1672977.9521. Let b = v + 1055. Round b to 2 decimal places.
-0.05
Let k = 147.5 + -147.500070625. What is k rounded to six dps?
-0.000071
Let j = -35710331124 - -35710330780.00000542. Let v = 344 + j. What is v rounded to 6 decimal places?
0.000005
Let m(q) = -536386*q**2 + 478*q + 1888. Let l be m(-4). Round l to the nearest one hundred thousand.
-8600000
Let t = -6313.181 + 6302. Round t to 0 dps.
-11
Let o be 60/(-100) - 2/5. Let f be 105503986/56 - o/4. What is f rounded to the nearest one hundred thousand?
1900000
Let l(a) = 2 - 4 - 25*a - 2 - 8. 