68990 + 24068990. What is t rounded to the nearest one million?
-31000000
Let p = 8.46 - 0.06. Let n = p + -14.7. Round n to 0 decimal places.
-6
Let a(p) = 4 + 20*p**2 - p**3 - 27*p**2 + 0*p**3 + 8*p. Let m be a(-6). What is m rounded to the nearest 10?
-80
Let u = -1.53 - -1.704. What is u rounded to two dps?
0.17
Let i = 43 - 69. Let u = 419981820.9999987 - 419981795. Let g = u + i. Round g to 6 decimal places.
-0.000001
Suppose 0 = 2*u - 1502634 - 931258. Suppose 4*p + 13216946 = u. Round p to the nearest 1000000.
-3000000
Let m = 124.000087 - 124. Round m to five decimal places.
0.00009
Let v = -23.00000024 - -23. What is v rounded to seven decimal places?
-0.0000002
Let s = -126.991 - -127. Round s to 1 decimal place.
0
Suppose -3*z + 5*y + 11 = 0, -z + 5*y = 3*z - 13. Suppose 1018 = -z*i + 4*i. Suppose 0 = x - i - 171. Round x to the nearest 100.
700
Let h = 61 + -43. Let t = 27 - h. Let z = -8.17 + t. Round z to 1 decimal place.
0.8
Let l = 0.4 - 0.6. Let s = -17346.8 + 17346.600002. Let o = l - s. What is o rounded to 5 dps?
0
Suppose 5*h - 50 = 15. Let b = -9 + h. What is b rounded to the nearest ten?
0
Let n = 32.975 + -33. Let h = 1 + -1.002. Let a = h - n. Round a to 2 dps.
0.02
Let g = -4.9 - -4.807. What is g rounded to 2 decimal places?
-0.09
Let w = -0.1 - 0.2. Let p = -0.44 - w. What is p rounded to 2 dps?
-0.14
Let f(t) = 6190001*t**2 + t - 2. Let c be f(1). What is c rounded to the nearest one million?
6000000
Let b = 96130238.000043 + -96130332. Let y = -94 - b. What is y rounded to 5 dps?
-0.00004
Let n(m) = 21*m**2 + 2*m - 2. Let i be n(7). Let g(w) = 1516*w - i*w + 1205*w. Let a be g(-5). What is a rounded to the nearest 1000?
-8000
Suppose -7*j = -2*j - 5600000. Round j to the nearest 100000.
1100000
Let p = 12 - 15.1. Let z = p + 7.7. What is z rounded to the nearest integer?
5
Let y = -63 - -63.00009. What is y rounded to four dps?
0.0001
Let y = 31 - 30.9997. Round y to three decimal places.
0
Let v = 0.167 + -124.167. Let b = v - -125.136. Let n = 1.2 - b. What is n rounded to two decimal places?
0.06
Suppose 0*g - 6163 = g + 3*i, 30803 = -5*g - 3*i. Round g to the nearest one hundred.
-6200
Let y = -0.95001 + 0.95. What is y rounded to four dps?
0
Let s = -2681 - -1091. What is s rounded to the nearest one hundred?
-1600
Let d = 26.128 + -26. Let s = d - 0.128127. What is s rounded to five dps?
-0.00013
Let d be -1*((-30)/(-3))/(-2). Suppose -d = v - 2. Let f(s) = -266667*s**2 - 2*s - 3. Let j be f(v). Round j to the nearest one million.
-2000000
Let y = -5187 - -4727.4. Let g = -459.52637 - y. Let v = -0.074 + g. Round v to 4 dps.
-0.0004
Suppose -5*k = 10, -5*y + k - 3*k + 6 = 0. Let s be 35/(-2)*(-4 + y). Let z be (-24500010)/s - (-2)/7. What is z rounded to the nearest one million?
-1000000
Let a = 373.99999743 + -374. What is a rounded to seven dps?
-0.0000026
Suppose 4*q + 5*p = 28, -5*q + 30 = 6*p - p. Suppose q*s + 4*t = 0, 11 = 2*s + s - 5*t. Suppose -s*z + 55 + 23 = 0. Round z to the nearest ten.
40
Let p = 165 + -165.00000353. What is p rounded to 6 decimal places?
-0.000004
Let w be 6/(-4)*((-606)/(-18) + -5). Round w to the nearest 10.
-40
Let z = -0.2 - -11.3. Let p = z - -2.9. Let g = -14.59 + p. Round g to one dp.
-0.6
Let t = -1 + 3. Let m = t + 7. Let p = -8.2 + m. Round p to zero dps.
1
Suppose -2*l + 3 = -1. Suppose i + l*i = 990000. What is i rounded to the nearest 100000?
300000
Let n = -455043 + 21628. Let v be 86829/(-2) + 3/(-6). Let i = n - v. Round i to the nearest 100000.
-400000
Let c = 221 - 72. Round c to the nearest 10.
150
Let g = 4457782336 + -4457782369.99999941. Let f = g - -34. What is f rounded to seven dps?
0.0000006
Let i = -366 + 365.999999212. Round i to 7 decimal places.
-0.0000008
Let j = -24.95 - 13.3. Let m = j + 21.12. Let l = -17 - m. What is l rounded to 1 decimal place?
0.1
Let z(r) = 2682*r**3 - 2*r**2 + r - 3. Let o = 27 + -19. Let k be z(o). Suppose 5*a = -1126939 - k. What is a rounded to the nearest one hundred thousand?
-500000
Let o be (0 - 51)/((-6)/1924444). Suppose -5*r = -5*i + 7142246 + o, 0 = -4*r - 5*i - 18799980. Round r to the nearest 1000000.
-5000000
Let d = -3.67 - -18.37. Let f = -17 + d. What is f rounded to 0 decimal places?
-2
Let m be ((-183)/(-1 + -2))/(2/(-2)). Round m to the nearest 10.
-60
Let y = -5646.453 - -5649. Let w = -2.5 - -5. Let l = y - w. What is l rounded to two dps?
0.05
Let a = -59 - -139. Suppose x = -3*x + a. Suppose -132 = -4*p + x. What is p rounded to the nearest ten?
40
Let f(c) = -851*c**2 + 4*c - 4. Let q be f(2). Round q to the nearest 1000.
-3000
Let y = 0.13 + -6.13. Let j = y + 6.00000044. What is j rounded to 7 decimal places?
0.0000004
Let r = 6.9 + -13.2. What is r rounded to zero decimal places?
-6
Let t = 23 - 22.97. What is t rounded to 2 dps?
0.03
Let f = -438228 + 438033.127. Let m = -195 - f. Let k = m + 0.1207. Round k to three decimal places.
-0.006
Let o = -389 + 389.0261. Let i = o + -0.024. What is i rounded to 3 dps?
0.002
Let z = -1021268238.99999983 - -1021268233. Let g = 6 + z. What is g rounded to seven decimal places?
0.0000002
Let i = -12.96 - -13. Let v = -1.719595 + 1.7596. Let t = v - i. Round t to 6 decimal places.
0.000005
Let d = 10 + -10. Let n = 0.068 - 0. Let k = n - d. What is k rounded to 2 dps?
0.07
Let z = -6 - -60. Let w = z + -49.4. What is w rounded to the nearest integer?
5
Let j = 80 + -34.5. Let v = j + -34. What is v rounded to the nearest integer?
12
Let g = 10825 - 4445. Let j = -52542 + 7922. Let f = j - g. What is f rounded to the nearest ten thousand?
-50000
Let g = 0.13208 - 157.66408. Let z = 157 + g. Let h = -0.6 - z. Round h to 2 decimal places.
-0.07
Let d = -18 + 17.86. Let w = d - 0.63. What is w rounded to one dp?
-0.8
Let i = -0.0453 + 0.2783. Let p = -0.057 - i. What is p rounded to 1 dp?
-0.3
Let f = -1.6 + 2. Let i = f - 2.2. What is i rounded to 0 decimal places?
-2
Suppose -5*r + 511348 = -138652. What is r rounded to the nearest one hundred thousand?
100000
Let z = -241.96804 - 0.00196. Let l = -243 - z. Let u = l - -1.1. What is u rounded to 2 dps?
0.07
Suppose -2*z + v + 4 = 2, 0 = 5*v - 10. Suppose z*d = d. Let h(i) = -i + 180000. Let n be h(d). Round n to the nearest 10000.
180000
Let r = -83 - -83.115. What is r rounded to 2 decimal places?
0.12
Let v = 247374.0159 + -247272. Let g = v - 102. Round g to 3 dps.
0.016
Suppose -5*u = -6*u + 15000000. What is u rounded to the nearest one million?
15000000
Let g = -2768 - -2767.95998. Let r = -0.04 - g. What is r rounded to 5 decimal places?
0.00002
Let d(j) = j + 5. Let n be d(-4). Let w be (-3 + n + 3)*108. Suppose -s - 29 = 5*l, -5*s = 5*l + 97 + w. What is s rounded to the nearest 10?
-40
Let t = -1626 + 3042. Suppose -10716 + t = -3*d. Round d to the nearest 1000.
3000
Suppose -2*u - 3*q - 2599985 = -7*u, 4*q = 20. Round u to the nearest one hundred thousand.
500000
Let z = 4 + -37. Let p = z - -32.848. What is p rounded to 2 dps?
-0.15
Let d = 69843 - -439557. Suppose 3*m = 5*y + 5149997, -y - 520597 = -3*m + d. Round y to the nearest one hundred thousand.
-1000000
Let q = -16522850052.00000151 + 16522849780. Let h = -272 - q. Round h to seven dps.
0.0000015
Suppose p + 2*x - 2689899 = 0, 2*p + 5*x - 5379810 = 4*x. Let o = 1689907 - p. What is o rounded to the nearest 1000000?
-1000000
Let f = 10 + -9.999998. What is f rounded to 5 dps?
0
Let w = 20121.415 - 19841. Let d = w - 213.55. Let k = 67 - d. Round k to 2 decimal places.
0.14
Let t = -566 + 373. Let y = t - -193.0000159. Round y to 6 dps.
0.000016
Let n = -5 + 6. Let s = -0.98 + n. Let l = -0.0193 + s. Round l to 3 decimal places.
0.001
Let f(k) = -2*k**3 + k**2 + 3*k - 1. Let p be f(2). Let s be (-2 + p/(-3))*0. Suppose s*a - 3*a = -3870000. Round a to the nearest one hundred thousand.
1300000
Let v(l) be the first derivative of -674999*l**3/3 + 3*l**2/2 + 2*l + 1. Suppose 2*m + 2 = m. Let r be v(m). Round r to the nearest 1000000.
-3000000
Let f be ((-40)/12)/(1/(-300)). Suppose 4502 = -a - 2*v, -4*a = -3*a - 4*v + 4496. Let i be (f/3)/(3/a). What is i rounded to the nearest one hundred thousand?
-500000
Let j = 55.8645 - 29.8671. Let z = -26 + j. Round z to three decimal places.
-0.003
Let j = -4 - -3. Let u be 1*j*(-845386 + 0). 