he nearest one million.
-3000000
Let j = -1.424 - -61.424. Let x = -718037.10006 - -718097.1. Let r = j - x. Round r to five dps.
0.00006
Let a = -3867 + 3867.00011492. What is a rounded to 6 dps?
0.000115
Let p = 114 + -106. Let a = p + -7.99999967. Round a to seven decimal places.
0.0000003
Suppose -3*t + 13*t = 220. Suppose t*v = -125 - 2779. Round v to the nearest 10.
-130
Suppose -12*v - 3565460 = 11*v. Let t = 418020 + v. What is t rounded to the nearest 100000?
300000
Let p be 0 - ((-10)/80 - 205330/(-16)). What is p rounded to the nearest ten thousand?
-10000
Let m = 435 - 807. Let w = -371.99998413 - m. Round w to 6 dps.
0.000016
Let d = 12821.13 - 13012. Let u = d - -179.1. Round u to the nearest 10.
-10
Let f = 14.403 + -25.896. Round f to 0 dps.
-11
Suppose 0 = z - 6*n - 5801, -15497 = -3*z - 5*n + 2021. Round z to the nearest one hundred.
5800
Let z = 18.77 - 24.478. Round z to the nearest integer.
-6
Let v = -2579650619 + 2579650619.4216063027. Let b = v + -252.4216085327. Let p = -252 - b. Round p to seven dps.
0.0000022
Let b = -0.2289 + 0.23. Let g = 0.00109262 - b. Round g to 7 dps.
-0.0000074
Let i = -50 + 50.0544. Let q = i + 0.6276. What is q rounded to one decimal place?
0.7
Let r = 556 - 378. Let q = r + -177.27. Let w = q - 0.729892. What is w rounded to 5 dps?
0.00011
Let y = -2616.78 + 2678. Let l = y - 62. Round l to 1 dp.
-0.8
Let f = 433.9 + -417. Let t = -5.1 - f. Let l = -22.0046 - t. Round l to three decimal places.
-0.005
Let y = 3935 - 3935.02647. Round y to 1 dp.
0
Suppose 72 = -2*w - 2*a, -5*w + 2*a - 61 - 112 = 0. Let b be -3 + (-475)/w - 6/(-14). Suppose 19172 + 848 = -b*p. What is p rounded to the nearest one hundred?
-1800
Suppose -5*b - 5*u = -123105030, -3*b + 32256129 = -2*u - 41606859. Round b to the nearest 100000.
24600000
Let r = -7532 + 7532.0012874. Round r to 5 decimal places.
0.00129
Let i(t) = 25847*t**2 - 42*t - 36. Let y be i(-15). Let p = y - -15733831. What is p rounded to the nearest 1000000?
22000000
Let x = -51.4 - -9.1. Let y = x - 60.9. Let k = y - -118. What is k rounded to the nearest integer?
15
Let r = -16033246 - 16004754. Round r to the nearest 1000000.
-32000000
Let i = -57.74 - -57.728328. What is i rounded to 3 dps?
-0.012
Let r = 91629.77 + -91179. Let u = -449.77007 + r. Let y = 1 - u. Round y to four dps.
0.0001
Let z = 0.2171 - 13.5471. Let m = 0.23 + 12.77. Let h = z + m. Round h to one dp.
-0.3
Let y be (-29835)/(-30)*(-2)/1. Round y to the nearest 10.
-1990
Let x = 689.78027 - 793.7797. Let s = 26.8 - 130.8. Let v = s - x. What is v rounded to 4 decimal places?
-0.0006
Let t = -349 + 342.81. Let r = 6.19000337 + t. What is r rounded to six decimal places?
0.000003
Suppose 0 = -8*q + 5*q - 4*d + 141, 5*q = -d + 218. Suppose -25*c - 188820 = -q*c. What is c rounded to the nearest 100?
10500
Let c be (-248)/(-10) - 18/(-90). Let y = 644 - c. Let h = 9 + y. What is h rounded to the nearest 10?
630
Suppose 15*g + 400000 = 13*g. Round g to the nearest 1000.
-200000
Let j = 1546 - 1547.093. Let l = 0.726 + j. Round l to 1 dp.
-0.4
Let b = 22.641939475 + -1678.642012995. Let l = -1656 - b. Round l to five dps.
0.00007
Suppose -100 = -3*i + 2*i. Let f = 2061 + -2061. Let y be -1 + i*-149000 + 1 + f. What is y rounded to the nearest 1000000?
-15000000
Let p = -285.1 + -14.9. Let i = 253.1 + p. What is i rounded to the nearest integer?
-47
Let r = 48 - 61. Let k be -3 + r/((-65)/30) + -17603. Round k to the nearest ten thousand.
-20000
Let y = -68569.56821 - -68570. What is y rounded to 2 dps?
0.43
Let h(d) = 82442*d**3 - 4*d**2 - d + 3. Let u be h(3). Let x = u + -3383898. Round x to the nearest 100000.
-1200000
Let g = 199.4012 - -0.4988. Let w = -104 + g. Round w to the nearest ten.
100
Let w = -1604.8 + 1646.7. Round w to the nearest 10.
40
Let p = 0.008 + 55.992. Let l = p + -49. Let n = l + -7.0007. Round n to three dps.
-0.001
Suppose 0 = -2*u - 4*u + 30. Let y be (250*720)/(12/560). Suppose i + y = -u*i. Round i to the nearest 1000000.
-1000000
Let i = 106512.999905569 + -106513. What is i rounded to five dps?
-0.00009
Suppose 5*c + 5*i - 19 = 1, -2*c + 4*i - 10 = 0. Let r(z) = 83195*z**2 + 7*z - 2. Let u be r(c). Round u to the nearest 10000.
80000
Let t = 11.29 + -14.806. Round t to 1 decimal place.
-3.5
Let l(i) = -90*i + 102. Let m(c) = -c**3 + 14*c**2 - 25*c + 24. Let r be m(12). Let d be l(r). Round d to the nearest 100.
-1000
Let o = -15.94132994 + -0.15867956. Let n = -16.1 - o. Round n to 6 decimal places.
0.00001
Suppose 4*z = 3*v + 3211209, -15*z + 16*z - 802791 = -3*v. What is z rounded to the nearest 100000?
800000
Let f = 2.534 - -8.157. Round f to the nearest ten.
10
Let o be (93756/8)/(4*12/64). Suppose o = 2*w - 13174. Round w to the nearest one thousand.
14000
Let i = -4517.41 + 89.91. What is i rounded to the nearest 10?
-4430
Let h = -1138.9989 + 1132.98. Round h to 0 decimal places.
-6
Let z = 2.52 - 28.52. Let v = -25.99999661 - z. What is v rounded to 6 dps?
0.000003
Suppose 0 = -23*z + 21*z + 6. Let i be (-25)/(-15) - 1/z*-1. Let t be (22 - 36)/(i/(-34)*2). What is t rounded to the nearest ten?
120
Let i = 5.7 + -418.7. Let o = 402.26 + i. Round o to the nearest integer.
-11
Let y = -18655300.974 - -18626004. Let i = y - -29252. Let b = i - -45. Round b to two dps.
0.03
Let c = 2917 + -1391. Let f = 1532.23 - c. What is f rounded to one dp?
6.2
Let l be 6000148/(-6)*255/(-34). Suppose -87900555 = 22*r - 19*r. Let c = r + l. What is c rounded to the nearest one million?
-22000000
Let m = -5593434.99881 + 5593411. Let r = m + 24. What is r rounded to four decimal places?
0.0012
Let v(p) be the third derivative of 12949999*p**5/30 + p**4/4 - 2*p**3/3 - 8*p**2 + 6. Let a be v(2). What is a rounded to the nearest 1000000?
104000000
Let d = 26119.2 - 26119.200137427. What is d rounded to 5 decimal places?
-0.00014
Let z = 0.0638 + -729.7638. Round z to the nearest one hundred.
-700
Let z(f) = -446642*f + 1532. Let c be z(-4). What is c rounded to the nearest 10000?
1790000
Let j be (26047989/2)/11 - (-8)/(-48)*-3. Round j to the nearest 100000.
1200000
Suppose -p = 3*p - 11869164. Suppose 3*n - 590019 = -p. Let o = n + -427576. What is o rounded to the nearest one hundred thousand?
-1200000
Let s = -3.323 - -11.523. Let h = 569.61 - 560. Let d = h - s. What is d rounded to one dp?
1.4
Let x = 49308.9999942398 + -49309. Round x to 6 dps.
-0.000006
Let d = -392.313 + -0.687. Let f = -395.29 - d. What is f rounded to 0 decimal places?
-2
Let m = -0.56 + 96.56. Let i = m + -95.9448. Let q = i - 0.054698. Round q to five dps.
0.0005
Let t = -6.56 - 1143.44. Let b = -1148.738 - t. Round b to 1 dp.
1.3
Let k = 1.22 - 0.85. Let j = 0.47 - k. Let g = 0.099985 - j. What is g rounded to five dps?
-0.00002
Let x be 9/6 + (-14)/(-4). Suppose -a - 6 = -x. Let y be 1286400016/(-32) + (-2)/4*a. Round y to the nearest one million.
-40000000
Let g = -74.5 + 73.718. Let w = g + 0.79949. Round w to 3 dps.
0.017
Let a = 149 + -82. Let v = -72.948 - -0.348. Let l = v + a. What is l rounded to the nearest integer?
-6
Let j = -49.5797651104 - -0.0797650554. Let v = j + 49.5. What is v rounded to seven decimal places?
-0.0000001
Let k = -243.9758485056 - 0.0240866944. Let b = k + 244. Round b to 6 dps.
0.000065
Let w = 1.603961 + -3.269652. Let n = 1.665 + w. Round n to four decimal places.
-0.0007
Let v(r) = 667*r**3 - 413*r**2 + 29*r + 25. Let b be v(25). Round b to the nearest ten thousand.
10160000
Let s = -78.391 + 141.353. What is s rounded to zero dps?
63
Let j be 3 - (813248/(-22) + (-4)/22). Suppose 5*i = 2*i + j. Suppose -13777 = 3*b + i. What is b rounded to the nearest one thousand?
-9000
Let b = 1.131 + -330.731. Let c = 74.4 - b. Let f = -408.62 + c. Round f to one decimal place.
-4.6
Let k = -1107 + 1107.5756. What is k rounded to one dp?
0.6
Let y be -2 + (-14)/(-7 - 0). Suppose k - 2148 + 11728 = y. Round k to the nearest 1000.
-10000
Let d = 0.01217 - 0.01599. Round d to three dps.
-0.004
Let q = 69.051 + -62.85. What is q rounded to one dp?
6.2
Let x = -12776.653 - -12825. What is x rounded to the nearest ten?
50
Let o = 1391 + -1562.4. Let f = o - -132.04. Let x = 39 + f. Round x to 1 decimal place.
-0.4
Let z = -182802.043 + 182680. Let o = 0.043 + z. 