4. Round w to two dps.
0.03
Let w = 0.299 - -133.701. Let u = w + -133.999655. Round u to 4 decimal places.
0.0003
Let r = -63.596 - -8.706. Round r to the nearest integer.
-55
Let a = 7.2 + -7.616. Let g = a - -0.006. What is g rounded to one dp?
-0.4
Suppose -7*t + 674544 = 115944. Round t to the nearest 10000.
80000
Let r = 0.079612596 - 166.079610526. Let a = r + 166. What is a rounded to 7 decimal places?
0.0000021
Let n = 4509 + -138698. Let a = n - -296049. Suppose 5*l + a + 88140 = 0. What is l rounded to the nearest 100000?
-100000
Let n = -194.19 - -196. Let r = n + 2.766. Let x = r + -4.5. Round x to 2 dps.
0.08
Let n = -0.096 - -8.136. Let h = n + -8. Let v = -0.04005 + h. Round v to five decimal places.
-0.00005
Let c = 1321.4 - 1161.352. Let x = 162 - c. Let y = 2 - x. Round y to two decimal places.
0.05
Let f = -2710.253 - -2709. What is f rounded to 2 dps?
-1.25
Let f = 25 - 29.3. Let p = 753.89795 + -758.2. Let t = f - p. What is t rounded to four dps?
0.0021
Let s = 0.05 + -0.93. Let m = s - 0.31. Let u = -1.2 - m. What is u rounded to two dps?
-0.01
Let v = 1.1 + -1.03. Let p = -0.23 + v. Let d = -0.1600085 - p. What is d rounded to 6 decimal places?
-0.000009
Suppose 2*v = -3*v + 10, 3*p = -2*v + 1431001. Let y be p/(-3) - 23/69. Round y to the nearest ten thousand.
-160000
Let t = -984 + 984.00000129. What is t rounded to six decimal places?
0.000001
Let c = 922199080.99999895 - 922199050. Let v = c + -31. Round v to seven decimal places.
-0.0000011
Suppose 0 = 4*c - 2*h + 70, -4*h - 52 = -c + 5*c. Let i be c/(-7 - -3) + 3259996. What is i rounded to the nearest one million?
3000000
Let s = 436.25 - 442. Round s to zero dps.
-6
Let d = -28.43 + 27.3. Let y = d + 0.01. Round y to one dp.
-1.1
Let b(z) = z**2 + 8*z + 7. Let s be b(-8). Suppose 65180 = -s*f + 3*f. Let v = -5495 - f. What is v rounded to the nearest one thousand?
11000
Let k = 0.0154 + -0.015399748. Round k to seven dps.
0.0000003
Let r = -33 - -34.2. Let j = -89003 - -89004.200018. Let n = j - r. What is n rounded to 5 decimal places?
0.00002
Suppose 0 = -4*i + 164 + 4. Let p be (-496122)/(-14) - 12/i. Suppose -6563 - p = -4*f. What is f rounded to the nearest one thousand?
11000
Let j = 35 - 35.23. Let f = 0.103 + j. Round f to two dps.
-0.13
Let z = -2173.7233 - -2174. Round z to 2 dps.
0.28
Let i = 73.1 - 3.1. Let d = 70.00000412 - i. Round d to seven decimal places.
0.0000041
Let q = 15.989029 + -15.99. Round q to four decimal places.
-0.001
Let l = 2.1 - 2.075. Let m = l - 0.02603. What is m rounded to 4 decimal places?
-0.001
Let w = 540855 - 1373346. Let r = 2714598 + w. Let u = r - -217893. Round u to the nearest one million.
2000000
Let p = -17 + 12. Let i = p + 5.006. Let h = i + -0.00715. What is h rounded to 4 dps?
-0.0012
Let m = -268.11533 + 279.1153245. Let s = -13 + 24. Let x = s - m. Round x to 6 decimal places.
0.000006
Let a = 9.263004283 - 9.263. What is a rounded to seven decimal places?
0.0000043
Let b(m) = -834*m**3 - 6*m**2 - 10*m - 8. Let f be b(-6). Suppose -5*c + 20 = 0, c + f = r - 4*c. Round r to the nearest 100000.
200000
Let s = -235 + 234.857. Let o = -479.87 + 480. Let r = o + s. Round r to 2 dps.
-0.01
Let w = 7872 - 7869.0622. Let y = -0.0478 + w. What is y rounded to zero decimal places?
3
Let v = -42 - -29. Let n = v - 3. Let b = n - -15. Round b to the nearest integer.
-1
Let m = -218.00264 - -218. Round m to 4 dps.
-0.0026
Let x = 76.926 - 77. Let m = -0.024537 + 0.098604. Let f = x + m. Round f to 5 decimal places.
0.00007
Let q = 2037.01739 + -2037. Round q to two decimal places.
0.02
Let g = 80.08 + -0.08. Let a = g + -79.961. What is a rounded to two decimal places?
0.04
Let l = 147.76 - 149. Round l to 1 decimal place.
-1.2
Let t = 70451.959 - 70494. Let r = t - -42.5. What is r rounded to one dp?
0.5
Let n = -0.06 + 1.46. Let z = 1.40079 - n. Round z to four dps.
0.0008
Let x = 23 + -496. Let g = 432.8 + x. What is g rounded to the nearest integer?
-40
Let c = 1660.747 + -1660. Round c to 2 dps.
0.75
Let g = -895497 - -895586.41914. Let c = g + -82.118. Let m = c + -7.3. What is m rounded to 4 decimal places?
0.0011
Let t be 7 + (-3 + 11)/4. Let f be 15*(885/t - 1). Let p be (f/(-40))/(1/(-2)). What is p rounded to the nearest ten?
70
Let g(v) be the second derivative of -v**5/20 - 11*v**4/12 - 5*v**3/2 - 3*v. Let w be g(-10). Let o = 10 + w. Round o to the nearest one hundred.
100
Let s = -0.05 - -12.05. Let x = s + -21. Let a = x + 9.00000028. What is a rounded to seven decimal places?
0.0000003
Let u = 308.84 - 315. Let x = u + 6. Let m = 0.15999892 + x. Round m to seven dps.
-0.0000011
Let s = -0.4 - -0.57. Let o = s - 0.127. Round o to 2 dps.
0.04
Let o = -43 + 47.9. Let t = o - 4.889. What is t rounded to 2 decimal places?
0.01
Let y = 10868.1877 + -10805.14. Let u = -44.047 + y. Let f = 19 - u. Round f to four decimal places.
-0.0007
Let b = -46328349 - -71981187. Suppose -5*a + 33147182 = 4*m - b, 0 = -3*m + 5*a + 44099980. Round m to the nearest 1000000.
15000000
Let a = 29 + -29. Let y = a - 0.00017. Round y to five decimal places.
-0.00017
Let m = -204 + 189.9. Let o = -13.5 + 8. Let s = m - o. Round s to 0 dps.
-9
Let l = -4185875468 - -4185874956.9999477. Let x = l + 511. What is x rounded to 6 dps?
-0.000052
Let d = 410.37 + -406. Let l = -1.95 + d. What is l rounded to 1 decimal place?
2.4
Let u = -1815.18 - -1828. Round u to 1 decimal place.
12.8
Let x = 119.65 - 4.55. Round x to the nearest 10.
120
Let z = -0.12106 + -1219.17894. Round z to the nearest 10.
-1220
Let t = 1.54 + -1.5994. Let h = t - -0.0915. What is h rounded to 2 decimal places?
0.03
Let w = -16635.2 - -15245. What is w rounded to the nearest ten?
-1390
Let o = -209004.2 - -262037. Let i = o - 52961.7959. Let r = i + -71. Round r to 3 dps.
0.004
Let g(v) = -4*v + 59. Let p be g(11). Let j(z) = -2*z**2 + 35*z + 22. Let m be j(p). Round m to the nearest ten.
100
Suppose 7*a - 96000 = 6*a. Suppose -339*j - a = -336*j. What is j rounded to the nearest 1000?
-32000
Let j be (98 + -86)/((-6)/(-23320)). Round j to the nearest 1000.
47000
Let w(z) = -828*z**3 - 3*z**2 + 10*z - 9. Let y be w(1). What is y rounded to the nearest 100?
-800
Let f = -3 - 1.2. Let g = f + 3. Round g to the nearest integer.
-1
Let k(m) = -8448*m. Let s(q) = 1. Let p(l) = -k(l) + 4*s(l). Let y be p(2). Round y to the nearest 1000.
17000
Let z = 4.02894347 - 4.029. Round z to 6 dps.
-0.000057
Let l = 91243.07 - 90176. Let f = l + -1072. Round f to 0 decimal places.
-5
Let v = 209 - -43. Let f = v - 252.00000121. Round f to seven decimal places.
-0.0000012
Let k = -23 + 27. Let w = 4.03 - k. Let s = -0.11 - w. What is s rounded to 1 decimal place?
-0.1
Let s = -9.8 + -12.7. Let g = s - -4.5. Let j = g + 17.999958. Round j to five decimal places.
-0.00004
Suppose -4*i = -12, 0 = -5*o - 0*i + 5*i - 15. Let p be 6/(-10) + o + (-63299991)/15. Round p to the nearest 1000000.
-4000000
Suppose 5*d + 4 = 5*l + 2*d, 2 = -4*l + 5*d. Let c be 1/(479996/240000 - l). Round c to the nearest one hundred thousand.
-100000
Let b = 3.11 - 2.3174. What is b rounded to 2 decimal places?
0.79
Let d = 268414.65 + 5039.35. Let i = d - 273441.99998. Let f = i - 12. Round f to four decimal places.
0
Let q = -2.8359901 - -2.836. Round q to six dps.
0.00001
Let n = -0.056 + -1.244. Let z = 57.79 - 56. Let w = z + n. Round w to one dp.
0.5
Let p = -0.3 - 0.06. Let c = 12317 + -12317.35947. Let w = c - p. Round w to four dps.
0.0005
Let z = 0.0482 + -0.064. Round z to 3 dps.
-0.016
Let s = -500.202 - -501. Let r = 0.8 - s. Round r to 3 dps.
0.002
Suppose -4*l + 3402 = f, -3*f + 21*l - 25*l + 10222 = 0. Round f to the nearest one hundred.
3400
Let h = 34 - 35.8. Let l = 2.4 + h. Let o = l + 6.2. Round o to 0 decimal places.
7
Suppose 5*i - 3*l + 40 = 0, -2*i - l - 16 = l. Let g(y) = 16 + 2296*y - 2237*y - 13104*y - 5203*y. Let o be g(i). What is o rounded to the nearest 10000?
150000
Suppose j - d + 3653 = 0, 5*j - 4*d + 21193 = 2931. Round j to the nearest 100.
-3700
Let u = 0.332 - 0.202. What is u rounded to two decimal places?
0.13
Let f = -48261.90001 + 48255.4. Let i = 6.5 + f. What is i rounded to 4 decimal places?
0
Let i = -22.96 + -0.64. Round i to 0 dps.
-24
Let f = 7.01 + -0.01. 