 p. Round d to 5 decimal places.
-0.00016
Let u = 6529.97327 - 6530. Let d = u + -5.93127. Let k = d + 6. Round k to 2 decimal places.
0.04
Let c = 19.2724 - 21.321. Let k = c - 0.0214. Round k to 1 dp.
-2.1
Let g = -33049.65 + 1686640.65. Let x = -1653592.700014 + g. Let s = x + 1.7. Round s to 5 dps.
-0.00001
Let t = -3.78 + 5.85. Round t to 1 decimal place.
2.1
Suppose 2*f - 10 = s, -f - 5 = 2*s - 0*f. Let v = 6 + s. Suppose 1369 = v*g - 31. What is g rounded to the nearest 100?
700
Let m = 73725.1 - 486085.1. Let l = m - -412427.9973. Let z = 68 - l. Round z to three decimal places.
0.003
Suppose -249 = 3*m - 2*m - 4*q, -3*m = q + 760. Let j = m - -387. Round j to the nearest ten.
130
Let d(g) = 338119*g**3 + g**2 - 4*g + 5. Let n be d(-4). Let q be (-9)/(-12) - n/12. Suppose -q + 403299 = -u. What is u rounded to the nearest one million?
1000000
Let i = 34.24 - 33. Let w = i + -0.51. What is w rounded to one dp?
0.7
Let a = 302702.4300046 + -302702. Let k = -0.43 + a. What is k rounded to 6 decimal places?
0.000005
Let j = 4.3 + -9.7. Let c = 53 - 50.1. Let p = c - j. What is p rounded to 0 decimal places?
8
Let s(l) = l**3 - 8*l**2 + 4*l - 6. Let f be (-6 - -12)*(-4)/(-6). Let o be s(f). Round o to the nearest 10.
-50
Suppose -5*f + 1186 = -2444. Suppose f + 714 = 2*o. Round o to the nearest 100.
700
Let v = -20825 - -20825.044885. Let g = -3.045 - -3. Let r = v + g. Round r to 5 dps.
-0.00012
Let m = -0.390068 - -0.39. Round m to 5 decimal places.
-0.00007
Let v = -147 + 81. Let p be (-5 + 3)*(1 + v). What is p rounded to the nearest one hundred?
100
Let x(z) = z**3 - 8*z**2 + 5*z - 2. Let i be x(7). Let t be 21/2*i/(-3). Round t to the nearest ten.
60
Let n be ((-435)/(-45) - 6/2)*-9735. What is n rounded to the nearest one thousand?
-65000
Let y = 5244.337 + -5250. Let g = -114 + 113.937. Let f = g - y. Round f to the nearest integer.
6
Let j = 33.9854 + -34. Let w = j + 0.41444. Let b = 0.4 - w. What is b rounded to 4 decimal places?
0.0002
Suppose 0 = -0*r - 5*r + 2510. Suppose 2*h = -0*h - r. Round h to the nearest ten.
-250
Let v = 0.65 - 0.4. Let m = 37.23 + -37. Let q = v + m. Round q to one decimal place.
0.5
Let i = 66.899 + -67. Round i to one dp.
-0.1
Let u = -53458 - -53457.949062. Let c = u - -0.051. What is c rounded to 5 decimal places?
0.00006
Let j = 10.67 + -11.4. Round j to 1 decimal place.
-0.7
Let s = -828.813 + 828. Let a = 0.8 + s. Round a to two dps.
-0.01
Let n = 0.134 - 0.1339944. What is n rounded to six decimal places?
0.000006
Let a = -101 + 101.163. Round a to two dps.
0.16
Let u = -3.92 - -3.9200299. Round u to six dps.
0.00003
Let u = 1161 - 1221.3. Let z = 72 + u. Round z to zero decimal places.
12
Let t = -19.45 - -19. Let b = 0.0071817 - 0.4570907. Let j = t - b. Round j to 5 decimal places.
-0.00009
Let f = 124 + -124.073. Let m = -17013628 - -17013628.07299947. Let w = f + m. Round w to seven dps.
-0.0000005
Let v(j) = 122*j**3 - j**2 - 2*j - 3. Let q be v(7). Let h be 1/(-1) + 6 + 218215. Suppose f = q + h. What is f rounded to the nearest 100000?
300000
Let w = 299654728 - 299654761.9999914. Let r = w + 34. Round r to 6 dps.
0.000009
Let k = 23.951 + 0.049. Let d = k + -23.88. Round d to 1 decimal place.
0.1
Let h = 15 + -13.5. Let y = h + -1.503. What is y rounded to 2 decimal places?
0
Suppose -26 + 2 = -4*f. Let p(g) = g**3 - 5*g**2 - 4*g - 7. Let h be p(f). Suppose 0 = -h*c + 3*z + 7 + 34, c = z + 9. Round c to zero decimal places.
7
Let j = -1.4 + 2. Let m = 6 - j. Let p = m + -5.323. Round p to two dps.
0.08
Let m(p) be the second derivative of p**5/20 + p**4/12 - p**3/6 - 34*p**2 - 6*p. Let j be m(0). Round j to the nearest ten.
-70
Let q = -24 - -25.5. Let z = 1.499976 - q. Round z to five dps.
-0.00002
Let k = -0.21 + 0.04. Let t = -0.1691 - k. Round t to three decimal places.
0.001
Suppose -324978 = -3*z + 3944055. Let c = z - 578011. Suppose 0 = t + 4*t + c. What is t rounded to the nearest 10000?
-170000
Let i = -4.53 + -1.37. Let k = i - 0.1. Let x = k + 6.8. What is x rounded to 1 decimal place?
0.8
Let g = -77.7 - -61. What is g rounded to the nearest integer?
-17
Let w(h) = -704001*h**2 - 2*h + 15. Let l be w(-5). What is l rounded to the nearest one million?
-18000000
Let t(y) = 57999*y**2 + 7*y - 12. Let o be t(3). Round o to the nearest ten thousand.
520000
Let l(q) = 24*q - 4. Let g be l(5). Suppose 2*y = 4*j + g, -4*j + 2*j + 5*y - 50 = 0. Let x = 72 + j. Round x to the nearest ten.
40
Let o = -20 + 20.047. Round o to 2 decimal places.
0.05
Let s = 2.75 + -2.3. Round s to 1 dp.
0.5
Let n = 0.32 - -0.08. Round n to 0 dps.
0
Let v = 54607 - 54413.757. Let s = -193 + v. Round s to two dps.
0.24
Let w = 5.08 + -5. Let v = -0.0799999 + w. What is v rounded to 6 decimal places?
0
Let x = 0.424 - -0.016. Round x to 1 decimal place.
0.4
Let i = 27179 + 61197. Let o = i - 148376. What is o rounded to the nearest one hundred thousand?
-100000
Let z(c) be the first derivative of -3 - 1/2*c**4 - 10*c + 6*c**2 - 11/3*c**3. Let b be z(-10). Round b to the nearest one hundred.
800
Let q = 4.3 - 0.3. Let c = q - 3.6. Let y = -0.35 + c. Round y to one decimal place.
0.1
Let j = 129630 + -185938. Let n = -213692 + j. Round n to the nearest 100000.
-300000
Let z be 142100014/(-49) + (-4)/(-14). Round z to the nearest one million.
-3000000
Let s be 3*((-6)/(-9) + 0). Suppose -111919 = -5*q - 5*c - 501929, -4*q - s*c = 312004. Round q to the nearest ten thousand.
-80000
Let s be (8 - 9) + 9997*1. Suppose 4*t = -l - 5004, 2*l = 7*t - 3*t - s. What is l rounded to the nearest ten thousand?
-10000
Let z = 6.9 - 7. Let l = z - -0.09999989. What is l rounded to 7 dps?
-0.0000001
Let u = 2629649.000002 + -2629643. Let f = u + -6. Round f to five dps.
0
Suppose 4*u = 2*a + 16, -2*u + 2*a - 8 = -6*u. Suppose -2*s - b = 285892, s + u*b = -44743 - 98208. Let n = s - -210945. Round n to the nearest 10000.
70000
Let w = -14.72 + 15. Let q = w + -0.3. Let c = 0.0200003 + q. Round c to six dps.
0
Let g = 63 - 63.31. Let k = g - -0.30999983. Round k to 7 dps.
-0.0000002
Let z = -8 - -8.048. Let m = 0.0479939 - z. Round m to six decimal places.
-0.000006
Let h = 1.37 + -0.59. Let i = -0.7536 + h. Round i to three decimal places.
0.026
Suppose 4*o - 21 + 9 = 0. Let m(t) = -201111*t**2 - t + 2. Let l be m(o). Round l to the nearest 100000.
-1800000
Suppose 2*d - b - 3 = 3, 3*b = 5*d - 14. Suppose -5*w + w + d*s = -132, 5 = -s. Round w to the nearest 10.
30
Let o(s) = -s**2 + 5*s + 5. Let c be o(6). Let m be -1 - (6*c + 0). Suppose -m*f - 9233 - 5767 = 0. What is f rounded to the nearest ten thousand?
0
Let f = 1062 - 3129. Let u = -517 - f. Round u to the nearest one hundred.
1600
Let v = 5 - 9. Let m = 0.079466 - -3.920538. Let x = v + m. Round x to 5 decimal places.
0
Let v = 1.1 - 0.8. Let r = -0.1 + v. Let s = r - 0.19999992. What is s rounded to seven decimal places?
0.0000001
Let o = 0.13 + 0.07. Let z = o + -0.36. Round z to 1 decimal place.
-0.2
Let c = -32.700378 - -32.7. What is c rounded to 5 dps?
-0.00038
Let z = -154831 - -154831.7000032. Let t = -0.7 + z. Round t to six dps.
0.000003
Let c = -6 + 6.56. Let m = c + -5.16. Round m to the nearest integer.
-5
Let h = -27 + 27.00028. What is h rounded to four decimal places?
0.0003
Let d = 0.156 - 6.856. What is d rounded to the nearest integer?
-7
Suppose 5*i - 38874879 = -5*n + 17625111, 33899990 = 3*i + 5*n. What is i rounded to the nearest 1000000?
11000000
Let c = 100 - -648. Suppose 4*a - c = -0*a. What is a rounded to the nearest 10?
190
Let h = 13860806 - 13860818.000003. Let p = h + 12. What is p rounded to 5 dps?
0
Let n = 9 + -44. Let i be (-112)/n*(-5)/(-2). Round i to the nearest ten.
10
Let t = -15 + 12. Let j = 237 + -129. Let h be ((-700)/6)/(t/j). What is h rounded to the nearest one thousand?
4000
Let j(r) = 3*r**2. Let z be j(1). Suppose 0 = 4*s - o + z*o - 1322, -s - 3*o + 333 = 0. What is s rounded to the nearest 100?
300
Let b(r) = -3201*r**3 + 10*r**2 + r - 10. Let p be b(10). What is p rounded to the nearest one million?
-3000000
Let m be 2/1 + 0 - -1399996. Suppose -b + m = k, -b = -2*k + 2*b + 2800006. Round k to the nearest one million.
1000000
Suppose -5*y - 227 = -c - 1842, 5*y + 5 = 0. Round c to the nearest one hundred.
