 the nearest integer?
-4
Let h = 243.799999802 - 243.8. Round h to seven decimal places.
-0.0000002
Let l = 15.32 + -12.2. Round l to the nearest integer.
3
Let p be 4 + (-3 - (0 - 2)). Suppose 5*u + p*x = -206, 3*u + 0*x + 122 = -x. Round u to the nearest 100.
0
Let p = -790151 - -790310.9724. Let q = p - 160. Round q to three dps.
-0.028
Let d = 146.0341 - 146. Round d to two decimal places.
0.03
Suppose h - 21 + 8 = -5*q, 8 = -4*h. Let k be (q/(-2))/(6*(-4)/(-1104)). Round k to the nearest 10.
-70
Suppose -2*f + 232794 = 3*a, 77603 = a - f - 0*f. Suppose 0 = -3*c + 11*c + a. What is c rounded to the nearest 1000?
-10000
Let j = 1221 - 2184. Let m = 385 + j. What is m rounded to the nearest 100?
-600
Let r = -2573.048 + 2599. Let v = 37 + -63. Let g = v + r. What is g rounded to two dps?
-0.05
Suppose 0*s + 27 = -3*s. Let p be (-2)/(2 - (-21)/s). Suppose -k - k = p. What is k rounded to the nearest ten?
0
Let t = -447643 + 264388. Let g = t - -283255. Round g to the nearest 1000000.
0
Let s(d) = 768*d**2 + 3*d - 3. Let k be s(7). Let v = k - 23976. Suppose -2*x + 3*h - v - 66335 = 0, -199997 = 5*x + h. What is x rounded to the nearest 100000?
0
Let c = -136.99916 + 137. Round c to 4 dps.
0.0008
Let s = -1.0843 - -0.0293. Let y = s - 445.945. Let z = -444.53 - y. Round z to one dp.
2.5
Let k = 0.0214 - 0.02491. Round k to 3 dps.
-0.004
Let u(x) = 79999*x**3 - 2*x**2 + 1. Suppose -r + 4 = 2. Suppose r*i = 4*i + 2. Let a be u(i). Round a to the nearest one hundred thousand.
-100000
Let n = -9.6 - 95.4. Let d = 54.4 + -182.2. Let h = n - d. What is h rounded to zero dps?
23
Let m(l) = 6*l + 0 - 1 + 2 - 2*l. Let d be m(1). Suppose -96015 = -3*w - d*u, -w + 3*u = -0*u - 31991. What is w rounded to the nearest 10000?
30000
Let z = -604 - -603.99999297. Round z to 6 dps.
-0.000007
Let l = -1.894 - -2.19. Round l to 2 dps.
0.3
Suppose 5*b = b + 1248. Let i be 18/(-2 - 154/(-78)). Let l = b + i. What is l rounded to the nearest 100?
-400
Let y = 0.096 + -0.026. Let w = -0.53 - y. Round w to zero dps.
-1
Let f = -174 + -245. What is f rounded to the nearest one hundred?
-400
Let z = -916 + 916.0001625. Round z to five decimal places.
0.00016
Let j = 287571509373542.47100018 + -287571513733393. Let t = j - -4359810.529. Let h = 40 + t. What is h rounded to 7 decimal places?
0.0000002
Let u = 2.41 + -26.61. Let y = 28.155 - 0.155. Let f = y + u. Round f to the nearest integer.
4
Let u = 125 + -163. Let z = -38.83152141 + 0.83156041. Let t = u - z. Round t to 5 dps.
-0.00004
Let s be 2 - 4 - (-1 + -5). Suppose -3*c + 15200000 = -s*c. Let o be c - (2 - (-8)/(-4)). What is o rounded to the nearest one million?
-15000000
Let k(m) = 2*m**2 - 10*m - 7. Let c be k(6). Let q be c/(-4) - 554/(-8). What is q rounded to the nearest 10?
70
Let d = 0.4131 + -28.7431. Let h = d + 31. Let i = -2.66999786 + h. Round i to seven dps.
0.0000021
Suppose -11*k + 10*k + 243599 = -2*u, -2*u + 5*k - 243595 = 0. Round u to the nearest 10000.
-120000
Let q = 2043401394.02 - 2043401507.6114442103. Let a = -0.5914426203 - q. Let u = a - 113. What is u rounded to 7 decimal places?
0.0000016
Let n = -4.5 + 0.9. Let b = n - -18.6. Let h = b - 25.6. Round h to the nearest integer.
-11
Let s = -1139.436 - -1138. Round s to 1 decimal place.
-1.4
Let h = -1.96 - -14.26. Let s = h - 7. Let u = s - 8.85. What is u rounded to 1 decimal place?
-3.6
Let b be (12/(-10))/(14/(-35)). Suppose -4*o - 5*f - 360020 = 0, b*o - 4*o - 90020 = 5*f. What is o rounded to the nearest ten thousand?
-90000
Let j = -147.2607 + -0.6493. Let t = -150 - j. Round t to one dp.
-2.1
Let v = -0.2866 - -0.1448. What is v rounded to two dps?
-0.14
Let o(z) = -z**3 + 7*z**2 + 14*z + 3. Let s be o(10). Let v = s + 161. Round v to one decimal place.
4
Let i be (-155709977)/(-115) + 1/5. Round i to the nearest ten thousand.
1350000
Let c = -425.79821 - 0.00179. Round c to the nearest 10.
-430
Let q = -2346 - -934. Let s = 1412.589 + q. What is s rounded to one dp?
0.6
Let k = -2287305 - -2287251.000062. Let m = 54.073 + -0.073. Let y = m + k. What is y rounded to five dps?
0.00006
Let f = 0.034 + -352.134. What is f rounded to the nearest 10?
-350
Let u = -1.74 - -1.638. Round u to 2 decimal places.
-0.1
Let j(r) = -r**2 + 7*r - 9. Let u be j(3). Suppose f - 2*f = 2*o - 445997, u*o = 5*f + 669015. What is o rounded to the nearest ten thousand?
220000
Let o = 90.99 + -122. Round o to zero dps.
-31
Let g be -4*-75853*225/12. Let u(i) = -9888975*i**2 + i + 1. Let k be u(-1). Let z = k + g. Round z to the nearest 1000000.
-4000000
Let i = -11 - -20. Let b(w) = -2*w + 1 + 3 + i*w + 7*w. Let q be b(5). Round q to the nearest ten.
70
Let r be 12/(-63)*3 - 629988/21. Round r to the nearest ten thousand.
-30000
Let j = 955.000001688 + -955. What is j rounded to six decimal places?
0.000002
Let d = -3.4 + 29.4. Let w = 25.99971 - d. What is w rounded to 4 decimal places?
-0.0003
Let t = -58 + 57.64. Let m = 2.01 + t. What is m rounded to 1 decimal place?
1.7
Let j = -25 + 31. Let i(f) = -85*f**3 - 5*f**2 - 12*f + 2. Let h be i(j). Let m = h + 4610. What is m rounded to the nearest 10000?
-10000
Suppose -2*h + 867 + 119 = 0. Let r = h + -2983. Round r to the nearest one thousand.
-2000
Suppose -4*y - 4 = -m - 14, 5*y + 4*m - 2 = 0. Suppose 396 = -y*c + 1310. Let h = 285 - c. What is h rounded to the nearest 10?
-170
Let p = 14109 - 14042.91. Let a = 0.09 - p. Let v = 65.9836 + a. Round v to three dps.
-0.016
Let z = -81 - -81.00001324. Round z to 7 decimal places.
0.0000132
Let a = 289920 - 194260. Round a to the nearest 10000.
100000
Let k(n) = 4*n**2 + 15*n - 90. Let j be k(-21). What is j rounded to the nearest 100?
1400
Suppose 5*d + 63 = 4*d. Let s(w) = -w + 9. Let a be s(6). Let h be ((-2800000)/a)/(14/d). Round h to the nearest 1000000.
4000000
Let q = -23.1962 - 0.0438. Let c = 1.56 - q. Round c to zero dps.
25
Let p = -1112.622 - -1111. What is p rounded to zero dps?
-2
Let y = -338 + 342.41. What is y rounded to 1 decimal place?
4.4
Let r = -39.9 + 40.264. Round r to 1 dp.
0.4
Let b be (-2)/12*-2*6. Let o(i) = 1538*i**2 - 4 - 7*i - 2739*i**b - 2113*i**2. Let y be o(-4). Round y to the nearest 10000.
-50000
Let h = -1.29174 - -194.11774. Let j = h + -193. Round j to 2 dps.
-0.17
Let z = 274 + -274.171. Let t = z - -0.170999406. Round t to 7 dps.
-0.0000006
Let x(l) be the second derivative of 33203*l**5/5 + l**4/6 + l**3/6 - 2*l**2 + l. Let v be x(4). Round v to the nearest one million.
9000000
Let d = -22.18 + 22. Let q = d + -5.52. What is q rounded to the nearest integer?
-6
Let n = -52 - -51.79. Let y = n + -0.5. Round y to one decimal place.
-0.7
Let r = 53.4545 + -51.654844. Let i = r + -1.8. What is i rounded to five decimal places?
-0.00034
Let g = -62 - -68.2. Let k = 7.28 - g. What is k rounded to one decimal place?
1.1
Let q = 50.3 - 86.2. Let c = -256.1 + q. Let d = 291.99634 + c. Round d to four decimal places.
-0.0037
Let u = 7 - 6.08. Let r = 0.6 - u. Let i = r - -0.2976. Round i to three decimal places.
-0.022
Let g = -10.3 - -10.304. Let p = g - 0.0039736. Round p to six dps.
0.000026
Let v(f) = -6500000*f + 14. Let j(z) = 2166667*z - 5. Let t(i) = -7*j(i) - 2*v(i). Let x be t(3). What is x rounded to the nearest one million?
-7000000
Suppose 20 = -2*h + 4*h. Let z = h + -9. Let d be (0 + 1)/(z/40). Round d to the nearest 10.
40
Let i = -2590.998949 - -2591. Round i to 3 decimal places.
0.001
Let s = -0.0642 - -0.065468. What is s rounded to 4 decimal places?
0.0013
Suppose -5*t + 3 = 3*h, -h = -t + 7 - 0. Let z(b) = 1323*b**3 - b**2 + 5*b + 8. Let w be z(h). What is w rounded to the nearest 1000?
-85000
Let l = 92.77 + -92.770005459. Round l to 7 decimal places.
-0.0000055
Let b(r) = -1163*r**3 - r**2 - r - 2. Suppose 0 = -0*d - d + 6. Suppose 3*f + d = -0. Let k be b(f). What is k rounded to the nearest one thousand?
9000
Let f = 5229 + -37579. Round f to the nearest one thousand.
-32000
Let u = -20.6 + 30.3. Let a = u - 9.699939. Round a to five decimal places.
0.00006
Let z = 235973 + -378373. What is z rounded to the nearest ten thousand?
-140000
Let r(q) = -56130*q - 170. Let a be r(-9). What is a rounded to the nearest one hundred thousand?
500000
Let y = -792.1084 - -0.1084. Let j = 796.23 + y. 