o the nearest one hundred thousand?
100000
Let u = -131.2 + 0.1. Let c = u + -94.7. Let o = c - -208. Round o to zero decimal places.
-18
Let b = -252 + 252.00000223. Round b to 7 decimal places.
0.0000022
Let j = -0.63 - -0.54. Let r = -0.0869 - j. Round r to four decimal places.
0.0031
Let t = 11120 + -11127.481. What is t rounded to 1 decimal place?
-7.5
Let y = -2.21 - -6.274. Let s = y + -4. Round s to two dps.
0.06
Suppose -m + 3*n = 370, 4*m = 3*n - 5*n - 1424. Let c be (m/18 - -3)*-6*1875. Round c to the nearest 100000.
200000
Let b = -1741 - -1741.000001681. Round b to 7 dps.
0.0000017
Let d = -2069 + 2069.999. Round d to one dp.
1
Let s = 49.85 + 0.15. Let h = s - 49.99974. Round h to 4 decimal places.
0.0003
Let g = -10.2 - -10.267. Let m = g + -0.0669774. What is m rounded to 6 dps?
0.000023
Let w = 474 + -490.01. Let j = -16 - w. Let l = j - 0.0069. What is l rounded to 3 dps?
0.003
Let x = -160.120113 + 136.1201336. Let o = -24 - x. What is o rounded to six dps?
-0.000021
Let z = 1.0804 + -68.4104. Let x = z - -67. Round x to 1 decimal place.
-0.3
Let z = 0.06 + 0. Let r = -675038.0599942 - -675038. Let w = z + r. Round w to six decimal places.
0.000006
Let u = -183.3 + 174.33. What is u rounded to zero decimal places?
-9
Let k = -539.0489 - -0.0489. Let j = k + 538.783. Let r = 0.21700206 + j. Round r to seven dps.
0.0000021
Let z be (-6190 - -1)*(-10)/6. Suppose 15 - z = j. Round j to the nearest 1000.
-10000
Let p = 1785 + -1785.005345. What is p rounded to three dps?
-0.005
Let o = 15.271356593 + -8955.374315593. Let z = o + 8940. Let n = z + 0.103. Round n to five dps.
0.00004
Let h = -4.62 - -4.5. Let f = -0.1200069 - h. What is f rounded to six dps?
-0.000007
Let a = -0.251999647 + 0.252. Round a to seven dps.
0.0000004
Let w = -3.0533 - -3.05. Round w to 3 dps.
-0.003
Let c be (-2)/5 + ((-810410)/(-25) - 1). Suppose -c = -3*f - 3*d, -d - d + 10 = 0. What is f rounded to the nearest 1000?
11000
Let z = -515.9 - -378. Let f = 131 + z. Round f to 0 decimal places.
-7
Let i = 1.22 + -1.2. Let c = -0.82 + i. Let r = c - -0.68. What is r rounded to 1 dp?
-0.1
Let i = -47 + 70. Let y = 27.4 - i. What is y rounded to the nearest 10?
0
Let b = -9.15 - -2.99. What is b rounded to 1 dp?
-6.2
Suppose 0 = -2*d - 2*q + 6*q - 14176, 0 = 3*d - 4*q + 21256. What is d rounded to the nearest one hundred?
-7100
Let m = -590 - -703.2. Round m to the nearest one hundred.
100
Let y(p) = -14647*p + 19. Let m(a) = 161118*a - 210. Let v(k) = 6*m(k) + 68*y(k). Let r be v(14). Round r to the nearest one hundred thousand.
-400000
Let f be (4/5)/((-36)/90). Let c be (2225/(-3))/(f/(-24)). Round c to the nearest 10000.
-10000
Let r = -18.0023 + 1.0283. Let f = 17 + r. What is f rounded to 2 decimal places?
0.03
Let g = -758 + 757.99997278. Round g to 6 dps.
-0.000027
Let z(h) = 20650*h**3 + h**2 - 1. Let t be z(-1). Let x be (-118791)/(-24) - 45/(-120). Let y = t + x. Round y to the nearest 1000.
-16000
Let l = 6.38164576 - 220.59263796. Let r = -0.0419922 - l. Let k = -214 + r. Round k to 2 decimal places.
0.17
Let j = -636 - -635.999998565. Round j to 7 decimal places.
-0.0000014
Suppose -7*o - 3*o = -8410. What is o rounded to the nearest ten?
840
Let h = -2463.417 + 2460. Round h to 1 decimal place.
-3.4
Suppose -5*t + 2*g = -85, 4*t = -g - 3*g + 68. Let w = 27 + t. What is w rounded to the nearest ten?
40
Let v be (-1202500)/3*31/(31/(-120)). What is v rounded to the nearest 1000000?
48000000
Let i = -1.85 - -0.99. What is i rounded to 1 dp?
-0.9
Let c = -3971 - -4009.03. Let z = -38 + c. What is z rounded to 1 decimal place?
0
Let q = -21 + 34. Let o = -15 + q. Let r = 2.0015 + o. What is r rounded to 3 decimal places?
0.002
Let d be -4 - ((-729749655)/(-75) + 3/5). What is d rounded to the nearest one million?
-10000000
Let v = 109.999 - 0.499. Let d = -108 + v. What is d rounded to the nearest integer?
2
Suppose 0 = -0*a + 4*a + 480. Let r be ((-72)/(-30))/((14/a)/(-7)). Round r to the nearest 10.
140
Let i = -212 + 211.98695. What is i rounded to 3 dps?
-0.013
Let p = -8.779479 - -8.774. What is p rounded to 3 decimal places?
-0.005
Let u(k) = k**2 + 10*k - 9. Let x be u(-9). Let j be -1 - x/(1 + 0). Suppose -22*p + 12000000 = -j*p. Round p to the nearest 100000.
2400000
Let b = 1.73 + -1.9. Round b to 1 dp.
-0.2
Let k = 0.107719 - 0.10132. Round k to 3 decimal places.
0.006
Let v be (-104)/(-28) + -4 - (-143828982)/(-63). Round v to the nearest 100000.
-2300000
Let j(m) = -4*m**3 + 2*m**2 + 10*m + 2. Let g be j(-7). Suppose 19202 = -2*l + g. Round l to the nearest one thousand.
-9000
Let u = -144 + 145.24. Let a = 19.46 + u. Round a to the nearest integer.
21
Suppose p - 3 = -9. Let h be (-1235992)/p + (-4)/(-3). What is h rounded to the nearest 100000?
200000
Suppose -9*x + 5*x = 0. Suppose 6*n - p = 4*n + 302003, x = -2*n + 5*p + 302015. What is n rounded to the nearest ten thousand?
150000
Let f = 0.115 + 57.885. Let y = 109 - f. Let h = -50.99999805 + y. Round h to seven decimal places.
0.000002
Let l = 23 - 19. Suppose 4*v - l - 8 = 0. Suppose -c + 864845 = v*i - 65152, -620015 = -2*i + 5*c. Round i to the nearest 100000.
300000
Suppose 5*v = 48353274 + 74746571. Let u = v - 10719969. Round u to the nearest one million.
14000000
Let t be 50025/20*18400/(-69). What is t rounded to the nearest 100000?
-700000
Let d = -10514666.513981 - -22612957.51399. Let x = -12098255 + d. Let m = x - 36. Round m to 5 decimal places.
0.00001
Let w(s) = -2*s + 73199980. Let j be w(0). Suppose 3*c + 4*f - j = -f, c - 24399984 = -4*f. Round c to the nearest one million.
24000000
Let q = 21 + -19. Suppose q*r + 5*u + 10400020 = 0, 2*u = -2*r + 6*r + 20799992. What is r rounded to the nearest 1000000?
-5000000
Let z(w) = -516*w**3 + 9*w - 45. Let o be z(5). Round o to the nearest ten thousand.
-60000
Suppose -3*y + 700 = 4*y. Let z = 140 - y. Let t be (-16)/z - 60502/(-5). What is t rounded to the nearest one thousand?
12000
Let g be (-3)/(-7) + (-344)/(-14). Let o = 33 - g. What is o rounded to the nearest 10?
10
Let a(b) = 6 + b**2 + 2*b**2 + 12*b - 4*b**2 + 2*b. Let l be a(14). Suppose -23700 = l*o - 3*o. What is o rounded to the nearest one thousand?
-8000
Let f = 1886 - 1960.36. Round f to the nearest integer.
-74
Let j be (-114114)/(-12) - 1/(-2). What is j rounded to the nearest one hundred?
9500
Let q = 1011.5 + -978. Round q to the nearest 10.
30
Let u = -82.76 - -81. Let d = u - -0.82. What is d rounded to one decimal place?
-0.9
Let r = 701.2 - 700.0062. Let b = 1.22 - r. Let t = -0.043 + b. Round t to three decimal places.
-0.017
Let r be ((-105)/(-6))/(3 + 425995/(-142000)). Round r to the nearest ten thousand.
500000
Let j = -0.917 + 0.918166. What is j rounded to four dps?
0.0012
Suppose 15*r - 14*r = -28. Let t = r - -69. Let w be (-25500)/(-4 + t/10). Round w to the nearest ten thousand.
-260000
Let f = -89.749994729 - -89.75. What is f rounded to six dps?
0.000005
Let x = -1047.1828 - -1191.17958. Let c = x - 144. What is c rounded to four dps?
-0.0032
Let u = -5.039875 - -5.04. What is u rounded to 5 dps?
0.00013
Let v = 3035.86 + -3072. Let b = v - -35. Let y = b - 0.03. What is y rounded to 1 decimal place?
-1.2
Let z = -101 + 78.5. Let i = -55 - -27. Let l = i - z. What is l rounded to the nearest integer?
-6
Let o = -119.137 + 0.137. Let g = -67385.812 - -67505. Let h = g + o. What is h rounded to 2 decimal places?
0.19
Let d = 77 - 65. Suppose 8*m = d*m + 40. Round m to zero dps.
-10
Let i = 12.100000593 - 12.1. What is i rounded to 7 decimal places?
0.0000006
Suppose -2*f = -4 - 12. Suppose -2*c + 4*v = f*v + 2640, 0 = 5*c - 2*v + 6540. Round c to the nearest 1000.
-1000
Let f = -2.418 - 4.948. What is f rounded to zero dps?
-7
Let o = 752 + -752.18608. What is o rounded to two decimal places?
-0.19
Let u = 596496.71999902 + -596496.8. Let d = u + 0.08. Round d to 7 decimal places.
-0.000001
Let l = -2.2 + -3.85. Let f = l + -0.45. Round f to zero dps.
-7
Let s = 16.23 - 0.23. Let z = 16.003 - s. Let f = -0.00184 + z. What is f rounded to four dps?
0.0012
Let u(k) = 260 + 800*k**3 - 260. Suppose 5 = -s + 2*s. Let c be u(s). Round c to the nearest 100000.
100000
Suppose 7*d = -45*d + 419640000. Round d to the nearest one million.
