- 2450006 = 5*i, 3*u - p = -i - 612188. Round i to the nearest 1000000.
0
Let g(d) = -431*d**2 + 58*d + 540. Let b be g(-30). What is b rounded to the nearest ten thousand?
-390000
Let g = -33.17 - -32.38876. What is g rounded to three dps?
-0.781
Let f = 15.09 + -15.0899976416. What is f rounded to 7 decimal places?
0.0000024
Let s = 3316.2 - 3316.211592. What is s rounded to four decimal places?
-0.0116
Let x = 475 + -227. Let a = x + -248.825. Round a to one dp.
-0.8
Let d = 20214.7048845 - 19625.7048. Let g = d - 589. Round g to five dps.
0.00008
Let y = -108 + 78. Let i = -3.4144 - 26.5596. Let p = i - y. What is p rounded to two dps?
0.03
Let s = 939 - -327. Let t = -1265.9371 + s. What is t rounded to 2 dps?
0.06
Let s = -26429.68 + 25686. What is s rounded to the nearest 10?
-740
Let c = -29949.1803 + 29959. What is c rounded to 1 decimal place?
9.8
Let k = 1.172 + -1.2197. Let y = k - -0.034. What is y rounded to 2 dps?
-0.01
Let y = -99.19 - -5.09. Let n = y - -95. Let c = n + -0.90058. What is c rounded to 4 decimal places?
-0.0006
Suppose -4*w = c - 492047 - 942960, -2*w + 717507 = -3*c. Suppose -138*r = -142*r + w. Let p = r + -226688. Round p to the nearest one hundred thousand.
-100000
Let s be (58 + -63)*((1 - 1) + -1). Suppose 0 = -s*f - 4*m + 279450020, 16*m = 2*f + 13*m - 111779985. Round f to the nearest 1000000.
56000000
Let l = 21805 - 22104.25. What is l rounded to the nearest integer?
-299
Let p be (-732023625)/54 - (-21)/378 - (0 - -7). Round p to the nearest 100000.
-13600000
Let a be (-16)/(-24)*15/1. Let p be a/(-25) + (-39621)/(-15). Let i = p - 4651. Round i to the nearest one hundred.
-2000
Let s = 2404.835 - 2398. Let h = s + -6.9. Let b = h - -0.0650528. Round b to five dps.
0.00005
Let y = -6552341 - 9234459. Round y to the nearest one million.
-16000000
Let u = -1264.307 + 1239. Let a = u - -25.8. Round a to 1 decimal place.
0.5
Let v(l) = -6*l**3 - 8*l**2 + 19. Let a(f) = 7*f**3 + 6*f**2 - 19. Let z(c) = 3*a(c) + 2*v(c). Let j be z(-3). What is j rounded to the nearest 10?
-240
Suppose 0 = 5*r - c + 10225, c = 2*r - 3*c + 4108. Let x be (-6)/(-5)*25420/(-41). Let p = x - r. What is p rounded to the nearest one thousand?
1000
Let r = 18583.99958235 - 18584. What is r rounded to five decimal places?
-0.00042
Let c = 231 + -232.01. Let m = 0.32 + c. Let b = m - -0.68999932. Round b to six decimal places.
-0.000001
Let h(c) = -70444*c**3 - 68*c**2 - 137*c - 4. Let k be h(-2). Round k to the nearest one hundred thousand.
600000
Let h = 689.67 + -694. Let m = h - -6.22. What is m rounded to the nearest integer?
2
Let f = -44827.9971007 - -44828. What is f rounded to four decimal places?
0.0029
Let y = 145.85805 - -0.57795. Let x = 0.164 + y. What is x rounded to the nearest 10?
150
Let r = 542 - 541.6546. What is r rounded to 2 dps?
0.35
Let c = 0.06868066301 + 3.53131962999. Let p = c - 3.6. Round p to seven dps.
0.0000003
Let m(h) = 2081015*h - 135. Let n be m(9). What is n rounded to the nearest 100000?
18700000
Let o = 6.83 - -621.17. Let u = o + -628.0869. What is u rounded to 3 decimal places?
-0.087
Let r(m) = 361*m**3 + 12*m**2 + 20*m - 26. Let k be r(-5). Let h = -4349 + k. Round h to the nearest 10000.
-50000
Let m = -4144.1 - -1852.5. What is m rounded to the nearest ten?
-2290
Let s be (-18)/(7 + -9) - 24009/(-1). What is s rounded to the nearest one thousand?
24000
Let n = -6193 + 6193.000027624. What is n rounded to 7 dps?
0.0000276
Suppose 3*w - 13 = 5*o, 2*o - 40 = -38. Suppose 0 = -w*j - 811 - 869. Round j to the nearest ten.
-280
Let r be 36/(-60) - (1 + (-204)/15). Suppose r = 11*k - 5*k. Suppose -j + 3*j + 36408 = 4*l, k*l - 18180 = -5*j. Round l to the nearest one thousand.
9000
Let l(r) = -7259*r**3 - 127*r**2 + 48*r + 50. Let y be l(25). Round y to the nearest one million.
-114000000
Let m = -0.05794 - 6.03606. Round m to 0 decimal places.
-6
Let v = -17286708.3038 - -18.3038. Let q = -17286689.59999855 - v. Let g = q + -0.4. What is g rounded to seven dps?
0.0000015
Let g = -2753.9105 - 0.0895. Let a = -2755.227 - g. What is a rounded to 1 dp?
-1.2
Let y = -0.3928 + -0.0372. Let b = 2.154 + y. Round b to one dp.
1.7
Let b = 0.056 + 0.314. Let n = 21.63 + b. Let w = 21.99999919 - n. Round w to seven decimal places.
-0.0000008
Let j be (-3)/(665/(-130) - -5). Suppose -j = r - 2*r + 4*d, 4*r + 4*d - 124 = 0. Let u = -12 - r. What is u rounded to the nearest 10?
-40
Let t = -12.3967 - -12.233258. What is t rounded to three decimal places?
-0.163
Let s = 41.17 - 99.144. Let z = 12.8 + -70.8. Let j = z - s. Round j to two dps.
-0.03
Let q = -481 - -785. Let u = q + -307.09. What is u rounded to 0 decimal places?
-3
Let q(z) = 79*z**3 - 3*z**2 - z - 4. Let w = -126 + 108. Let g = -14 - w. Let d be q(g). Round d to the nearest 10000.
10000
Let b = -205 + 209. Suppose 2*i + 780 = b*a - 2*a, 0 = 2*a + 3*i - 780. Round a to the nearest one hundred.
400
Let r(d) be the first derivative of 7861*d**2 + 10*d - 13. Let s be r(3). Let m = s - 20176. Round m to the nearest 10000.
30000
Suppose j - 10288 - 111001 = 0. Suppose 6*u + w = 3*u - j, 121259 = -3*u + 5*w. Let i = 90528 + u. What is i rounded to the nearest 10000?
50000
Let g = 6641.01863 - 6770.022. Let k = g - -129. What is k rounded to 4 dps?
-0.0034
Suppose 1233*b = 1230*b + 562530000. Round b to the nearest one million.
188000000
Let b = -79720.0552843 - -79720. Let p = -0.0552 - b. Round p to six decimal places.
0.000084
Let k = -423.9678 + -0.0322. Let a = k - 4. Let r = a - -415.68. Round r to the nearest integer.
-12
Let v = 36565.4306 + -36564. What is v rounded to one decimal place?
1.4
Let d = 0.0133192 - 0.00927. Round d to four dps.
0.004
Let o = 13459803 + -6918000. Let z be (o/18 - -4)*32/(-10). Round z to the nearest 100000.
-1200000
Let b = -325 - -325.277. Let t = b - 0.028. Let a = 0.141 + t. What is a rounded to 0 decimal places?
0
Let h = -12950.61778488 + 13190.617783. Let r = -240 + h. Round r to six dps.
-0.000002
Suppose -3 = 3*t + 9, 0 = 3*l - 5*t - 464. Suppose 3*m + 143 = i, -3*i + 97 + l = -5*m. What is m rounded to the nearest ten?
-50
Let h = -2.4 - -65.4. Let w = 3710724663 + -3710724725.99999971. Let g = w + h. What is g rounded to seven decimal places?
0.0000003
Let r = 780.617149 + 0.152851. What is r rounded to the nearest 10?
780
Let h = -4452 - -4452.031228. Round h to 3 dps.
0.031
Let h be ((-10258)/(-8))/((-1)/4). Let q = h + 2514. Let u be (12 + -16)/(2/q). What is u rounded to the nearest one thousand?
5000
Let j = 2276.95739 - -0.04261. Let m = j + -2287.59. Round m to one decimal place.
-10.6
Let t = -256921 + 256921.0420206. Let n = 0.78 + -0.822. Let o = n + t. What is o rounded to 6 dps?
0.000021
Let g = 4020.86 - 3786. Round g to the nearest integer.
235
Let l = 70.83 + -3191.83. Let c = 3123.139 + l. What is c rounded to one dp?
2.1
Let b = -0.944019 + 196.947059. Let o = 196 - b. Round o to 3 decimal places.
-0.003
Let w be ((-28)/(-21))/(-2)*-3. Suppose -614 - 468388 = -r - w*c, -3*r + 2*c = -1406998. Round r to the nearest ten thousand.
470000
Let w = 14707.9993721 - 14708. What is w rounded to five dps?
-0.00063
Let a(t) be the first derivative of -2*t**3/3 - 23*t**2 + 56*t + 105. Let n be a(-33). Round n to the nearest ten.
-600
Suppose 9*v - v = 81208. Let a = -5391 + v. Round a to the nearest 1000.
5000
Let k = 216.785 - 217. Let t = 0.189 + k. What is t rounded to two dps?
-0.03
Let v = -1158544810023.369766 + 1158547588831. Let m = -2778810 + v. Let p = 2.37 + m. Round p to 5 dps.
0.00023
Let v = 32498 + -32393.4056. Let s = -0.0056 - v. Round s to the nearest ten.
-100
Let l = 18728664.66 + -130588.66. Let r = l - 18598075.70000302. Let c = 0.3 - r. What is c rounded to 7 dps?
0.000003
Suppose 0 = 4*a - 15*c + 12*c - 711, a - 171 = 3*c. Let v be a*(1 + -6 - 25995). Round v to the nearest 100000.
-4700000
Let y(r) = -r**3 + 22*r**2 + 29*r - 43. Let s be y(23). Let d = 97 - s. Suppose -3*x = 4*g + 105591, g + d*x - 5*x = -26409. Round g to the nearest 10000.
-30000
Let n(o) = -o**3 + 10*o**2 - 8*o + 2. Let b be n(9). Suppose b = x + 3. Let w be -5946*444/x - -3. Round w to the nearest 100000.
-300000
Let i = 32.941 + -32.94114443. Round i to six dps.
-0.000144
Let b = 90.7989663 + -90.8. 