5 - x = -2*i. Round i to the nearest ten.
170
Let f = -162 - -177.3. Let d = -2.7 - f. Let u = -18.00000092 - d. What is u rounded to seven dps?
-0.0000009
Let o(j) = -14*j**2 - 22*j - 148. Let v be o(-7). Round v to the nearest 1000.
-1000
Suppose -2*w + 5*r = 16, 32 = -4*w - 2*r - 0*r. Let v be -6 - w - (-1 - 1). Suppose 2*n = -4, -4164 = v*h - 2*n + 3872. Round h to the nearest 100.
-2000
Suppose -2*m = 8, m + 1368 + 326 = 5*g. Let c = 227 - g. What is c rounded to the nearest ten?
-110
Suppose -5*k - g + 76 = 0, -k + 3*k - 33 = -3*g. Suppose 4*v = k + 9. Let z be ((-340)/v)/5*-75000. Round z to the nearest one hundred thousand.
900000
Let f(u) = 298418*u - 18. Let c be f(1). Round c to the nearest ten thousand.
300000
Let a = -6743297.70000064 + 6743261.7. Let x = 36 + a. What is x rounded to seven dps?
-0.0000006
Let v be -10970004 - (-19)/((-114)/(-24)). Round v to the nearest 100000.
-11000000
Let v = -0.33 + -0.321. Let p = v - -0.6. Round p to 2 decimal places.
-0.05
Let s = 18976519.9999932 + -18976525. Let a = -5 - s. What is a rounded to six dps?
0.000007
Let b = -9110 + 9110.0005823. What is b rounded to 4 decimal places?
0.0006
Let b = -159 + 90. Let o = b + 88.2. Let l = -22 + o. Round l to the nearest integer.
-3
Let v = -0.0147 - -3.8847. Let s = 2.5612 - v. Let f = -1.3 - s. Round f to 3 decimal places.
0.009
Let z = 87.956 - -0.044. Let m = z + -88.00378. Round m to 3 decimal places.
-0.004
Let u(c) = -c**2 - 14*c + 3570. Let s be u(0). Round s to the nearest 1000.
4000
Let z be 1 - (2 + 18 + -3). Let d be 3*z/(-12) - 0. Suppose -5*j - 5*r + 93995 = -d*j, j = 5*r + 94005. Round j to the nearest ten thousand.
90000
Let h = 0.2 - -0.8. Let x = h + 3. Let k = x - 3.99997. Round k to 4 decimal places.
0
Let j = -972125 - -88125. What is j rounded to the nearest one hundred thousand?
-900000
Let x be 32/112 - (-4)/(-14). Suppose -3*v + x*v + 14856 = 0. Suppose 0 = h + 22952 - v. What is h rounded to the nearest 1000?
-18000
Let f = -879 - -878.4455. Round f to two decimal places.
-0.55
Let v = 50775324 + 12084676. Round v to the nearest one million.
63000000
Let q(s) = 184*s**2 + 4*s - 30. Let o be q(-6). What is o rounded to the nearest one thousand?
7000
Let o = 64 - 64.199. Let t = o + 0.20305. Round t to 4 decimal places.
0.0041
Let k = 336 + -201. Let q = k - 111. Round q to the nearest integer.
24
Let w = -4.652 + 2.81. Let o = 0.228 - w. Let t = o + -2. What is t rounded to 2 decimal places?
0.07
Let t be (-3*1/1)/((-93)/58156). Round t to the nearest 100.
1900
Let c = 0.37 + -0.448. Let r = 0.252 - c. Let q = 0.313 - r. What is q rounded to 2 dps?
-0.02
Let k = 48 + -63. Let g(j) = -1008*j**3 - 9*j**2 - 3*j - 20. Let m be g(k). Round m to the nearest 1000000.
3000000
Let z = 5673.339 - 5676. Let v = 2.92 + z. Round v to two decimal places.
0.26
Let d = 7144.737 + -7815.7069. Let s = d + 671. Round s to three dps.
0.03
Let k(z) = 15*z - 2. Suppose 23 = -g + 5*j, -2*g + 26 = g + 4*j. Suppose 0*c - 14 = g*c. Let p be k(c). What is p rounded to the nearest 10?
-110
Let a(g) be the first derivative of -g**3/3 - 3*g**2/2 + 3*g + 6. Let w be a(-4). Let m be (50000/(-24))/(w/3504). What is m rounded to the nearest one million?
7000000
Let t = -420.39 + 402.3. Let n = 6.66 + t. Let x = n + 0.53. Round x to zero dps.
-11
Let v be (-1)/2 + (-55)/(-22). Let d be v/7 + (-156)/(-42). Suppose -11506204 = d*g - 1106204. Round g to the nearest one million.
-3000000
Let j = -201 + 201.08. Let y = 63.85 - 62. Let h = j + y. Round h to one decimal place.
1.9
Let a = 1222.0542 - 1222. Round a to 3 dps.
0.054
Let o = 1.4 - 1.76. Let f = 0.3528 + o. Round f to 3 decimal places.
-0.007
Suppose 0 = 5*n + a + 3*a + 26603154, 3*n - 5*a + 15961922 = 0. Let i = -12320634 - n. What is i rounded to the nearest one million?
-7000000
Let y be (-26)/3*8/(32/(-12)). Let a be (0 - (-26207988)/78) + 4/y. Round a to the nearest one hundred thousand.
300000
Let t = 0.95 + 0. Let w = t - 7.25. Let v = 12.4 + w. Round v to 0 decimal places.
6
Let c = -36.46 + 0.46. Let n = -37 + c. Let b = -72.9963 - n. What is b rounded to three decimal places?
0.004
Let g be (0 + 5000)*-96*68/(-12). What is g rounded to the nearest one million?
3000000
Let g = 121 + 100. Let f = -221.00186 + g. What is f rounded to 4 decimal places?
-0.0019
Suppose 0 = 2*h - 4 - 0. Suppose -8*n - 78 = h. Round n to zero decimal places.
-10
Let s = -41 + 0. Let p = s + 40.99999991. Round p to 6 decimal places.
0
Let q = 151803.7021 - 150391.91. Let y = 1476.791965 - q. Let k = y + -65. What is k rounded to five decimal places?
-0.00014
Let p(t) = -9*t + 5. Let m(j) be the third derivative of j**4/8 - j**3/2 - 5*j**2. Let l be m(3). Let a be p(l). Round a to the nearest ten.
-50
Let i be (2 + 0)/(1/3). Suppose 306 = -3*r + i*r. Suppose -6*c + c - 554 = 2*v, c = 4*v - r. Round c to the nearest ten.
-110
Let c = 34 + -40.9. Let n = c - -5.64. What is n rounded to the nearest integer?
-1
Let x be (10/(-5))/(4/(-1070)). Suppose 5*q = -2*j + x, 2*q - 6*q + 411 = 5*j. Round q to the nearest 10.
110
Let u(s) = 2*s - 6. Let j be u(6). Let f be 21/(-6) - (-3)/j. Let g(c) = -246*c + 2. Let l be g(f). Round l to the nearest 100.
700
Let d = -246.2 - -99.9. Round d to the nearest 100.
-100
Let y(j) = j. Let a(c) = -59005*c - 1. Let u(z) = a(z) + 4*y(z). Let t be u(-1). Round t to the nearest ten thousand.
60000
Let m be ((-14)/(-14))/(2/6). Let i be ((-4)/m)/(2/(-288)). Suppose 9*k - i = 6*k. Round k to the nearest 10.
60
Let p = 0.02 - -0.24. Let x = p + -0.25999788. What is x rounded to six decimal places?
0.000002
Let g = -2.45 - -2.8. Let c = g - -0.05. What is c rounded to 1 dp?
0.4
Let u = -2455.52110468 + 2530.521102. Let i = u + -75. What is i rounded to seven dps?
-0.0000027
Suppose 5*j = -5*w - 795990, -415*j = -411*j - 3*w + 636806. Round j to the nearest one hundred thousand.
-200000
Let m = -19 - -22. Suppose -139 = m*h + 74. Round h to the nearest ten.
-70
Suppose 5*j - 9 = -3*x, 0 = -0*j - 3*j. Suppose -4*z = 2*n + 11339 + 20759, -40139 = 5*z - x*n. Let f = 4926 + z. Round f to the nearest 1000.
-3000
Let i = -0.7970001908 - -0.797. What is i rounded to seven decimal places?
-0.0000002
Suppose -3*y + 27 = -2*z, 0 = 3*z + 2*y + 56 + 4. Let w be (-278988)/z + 2/3. Round w to the nearest 1000.
16000
Let x be (-38)/(-8) - (2 - (-9)/(-4)). Let y be x + -7 + -30303*66. Round y to the nearest one hundred thousand.
-2000000
Let z = -0.02 + 25.02. Let n = z + -18. Let g = n - 7.000124. Round g to five dps.
-0.00012
Let s be 630 - 7*(-8)/(-28). Round s to the nearest one hundred.
600
Let y = 5 + 46. Let j = -51.00000101 + y. What is j rounded to seven decimal places?
-0.000001
Let g = -498.7 + 498.69994298. Round g to five dps.
-0.00006
Let k(c) = 12801*c**2 - 11*c + 10. Let w be -5*((-6)/3 + 0). Let v be k(w). What is v rounded to the nearest one hundred thousand?
1300000
Let j = 0.66 - -36.34. Let s = 36.999692 - j. Round s to 5 decimal places.
-0.00031
Let z(p) = -15*p**3 - 2*p**2 - p. Let v be z(-1). Suppose 17*f = v*f + 2010. Round f to the nearest 100.
700
Let w = -5783 - -5782.4913. Round w to 1 dp.
-0.5
Let l = -0.82 - 0.28. Let y = -1.0899 - l. Round y to three dps.
0.01
Let f(s) = -260545*s + 5. Let b be f(20). Let a = b + 7310895. Round a to the nearest 100000.
2100000
Suppose 2*w + 1517285 - 337277 = 5*l, -l + w + 236004 = 0. What is l rounded to the nearest ten thousand?
240000
Let t = -13 - -24. Suppose a - t*a = -1300. What is a rounded to the nearest one hundred?
100
Let j = -16 + 72. Let v = 46.659953 + 9.340837. Let i = v - j. Round i to 4 decimal places.
0.0008
Let m = 12 + 3. Suppose 0 = 4*x + 7 - m. Suppose x*p - 365 = 1835. What is p rounded to the nearest one hundred?
1100
Let c = 0.30663 - 0.3923. What is c rounded to two decimal places?
-0.09
Let g = 28.1 - 76. Let c = g - -0.9. Let w = -46.99752 - c. Round w to 4 decimal places.
0.0025
Let a be (-577)/(((-10)/(-6) + -2)/2381). Let j = -1701511 + a. What is j rounded to the nearest one million?
2000000
Suppose 0 = -7*l + 23*l + 26064000. Round l to the nearest 100000.
-1600000
Let i = 0.27 - -2.93. Let m = 1.73 - i. What is m rounded to one dp?
-1.5
Let u = 278 + -281.22. Let p = u - 20.92. Let v = 24 + p. Round v to 1 dp.