 -z**2 - 7*z + 10. Let j be c(-8). Suppose u + j*u - 6 = 0. Let v be (-559999)/u + (-2)/4. Round v to the nearest 100000.
-300000
Suppose -8*z = 4*z + 9264000. Round z to the nearest one hundred thousand.
-800000
Suppose -5*f - 3*x + 8038215 = 0, -4822929 = -4*f + f - 2*x. Suppose -i + 862357 = -f. Round i to the nearest one hundred thousand.
2500000
Let l = 0.061 + 0.009. What is l rounded to two dps?
0.07
Let b(h) = -h**3 - 7*h**2 + 2. Let l be b(-7). Suppose l*q + 460000 = q. Round q to the nearest 100000.
-500000
Let i = 0.13 + -0.141. Let n = i + 7.411. Round n to 0 dps.
7
Let q = 2.3 + -2. What is q rounded to zero dps?
0
Let j = 16.6 - 16.600069. What is j rounded to 5 dps?
-0.00007
Let h = 813072 - 1833072. What is h rounded to the nearest one hundred thousand?
-1000000
Let x = -16.54 - -1.74. Let j = 12 + x. Round j to 0 dps.
-3
Let t = -6.181 + -0.019. Let a = 0.1 + -1.5. Let n = a + t. What is n rounded to the nearest integer?
-8
Let o(g) = 44890*g - 10. Let l be o(9). Suppose -3*v = v + l. Round v to the nearest ten thousand.
-100000
Let g(l) = -49*l - 1. Let s be g(-1). Suppose 4*a + 348 = -s. Let i = a + 154. What is i rounded to the nearest 10?
60
Let b = -4672.19 - -4838. Let p = b + -165. Round p to 1 decimal place.
0.8
Let t(u) be the second derivative of 520000*u**3/3 + u. Let h be (10 + 15)*(1 - (-3)/(-5)). Let l be t(h). Round l to the nearest one million.
10000000
Let v = 2.3 + -0.2. Round v to one decimal place.
2.1
Let g = -0.107999263 + 0.108. Round g to 7 decimal places.
0.0000007
Let a = -1292.9457 - -1293. Let n = a + 10.5157. Let d = -1.23 - n. What is d rounded to the nearest integer?
-12
Let o = -1.16 - -79.16. Let l = 77.22 - o. Round l to 1 decimal place.
-0.8
Let x = -13.9999963 + 14. Round x to 6 decimal places.
0.000004
Suppose -22*p = -19*p - 67500. Round p to the nearest ten thousand.
20000
Let a be (-4 - -4)*2/(-4). What is a rounded to the nearest one hundred?
0
Suppose 5*q = 5*v + 10, -4*q - 4*v = -7 + 23. Let l be 468003/12 - q/(-4). What is l rounded to the nearest 10000?
40000
Let v(g) = 3*g - 2. Suppose -3*m + 32 - 14 = 3*c, 4*c - 4 = m. Let s be v(c). Suppose s*k = 332 + 748. Round k to the nearest one hundred.
300
Suppose 2*i - 3 = 3. Suppose 480 = i*l - l. Suppose -3*y - 47 = s, 4*s + 5*y + l = 59. What is s rounded to the nearest 10?
-40
Let u be (-10)/3*(360005 - 5). Round u to the nearest one million.
-1000000
Let b(c) = 91158*c + 5. Let m be b(7). Suppose n - 5338111 + m = 0. What is n rounded to the nearest one million?
5000000
Let g = 113.31 + 16896.69. Let h = g - 17002.997. Let v = h + -7. Round v to 2 dps.
0
Let n = 488772 - 488765.800124. Let v = n - 6.2. Round v to 5 decimal places.
-0.00012
Suppose 2*d - 1624483 = 2635995. Suppose 1549761 = -4*w - d. What is w rounded to the nearest one hundred thousand?
-900000
Let g = -46 - -45.79. Let q = 0.465 - g. Let f = -0.7 + q. Round f to 2 decimal places.
-0.03
Let v(r) = -18360*r**3 - 5*r**2 - r - 8. Let k be (-11 + 8)*(-8)/(-3). Let p be v(k). What is p rounded to the nearest 1000000?
9000000
Let v = 9.99704 - 10. What is v rounded to four dps?
-0.003
Let q = -0.1 - -3.1. Let w = 3.000003 - q. What is w rounded to 6 dps?
0.000003
Let k = -8.9999958 - -9. What is k rounded to 6 decimal places?
0.000004
Let z(v) = -v**2 + 12*v - 16. Let s be z(11). Let j be (-3)/15 - (-374)/s. Let d be 16400/(0 + (-3)/j). What is d rounded to the nearest one hundred thousand?
400000
Let k = 7 - 7.0000031. Round k to 6 decimal places.
-0.000003
Suppose 0 = 3*b + 2*b - 490. Suppose -67 = -2*d - d + j, 3*j = -4*d + b. What is d rounded to the nearest 10?
20
Let i be (-4)/(2*(-2)/(-9840000)). Let l(a) = 6*a**3 + a + 1. Let r be l(-1). Let k be (10/4)/(r/i). Round k to the nearest 1000000.
4000000
Let h(y) = y**3 - y**2 + y - 1. Let a = 2 + -2. Let b be h(a). Let k be 3600002*b + (-1 - -3). Round k to the nearest one million.
-4000000
Let n = 342.878307 + -349.8783. Let y = n - -7. What is y rounded to 6 decimal places?
0.000007
Let f = -82.36 - -74. Let g = -0.26 - f. What is g rounded to the nearest integer?
8
Let b = 60 - 21. Let c = b + -39.00000155. What is c rounded to seven decimal places?
-0.0000016
Suppose 118 = -2*p - t, 3*p - 118 = 5*p + 4*t. Round p to the nearest 10.
-60
Let f(i) = 2*i**2 + 11*i - 1. Let d = 9 - 22. Let b(m) = -m**2 - 5*m + 1. Let c(a) = d*b(a) - 6*f(a). Let n be c(-6). Round n to the nearest ten.
40
Let h(c) be the third derivative of -131*c**6/12 + c**5/30 + c**4/12 - c**3/6 - 2*c**2. Let j be h(2). Let n = j + 1669. What is n rounded to the nearest 1000?
-9000
Let d = 20 + -32.1. Round d to the nearest integer.
-12
Let y(m) = -63002*m + 4. Let p be y(2). Round p to the nearest 10000.
-130000
Let c = -26 + 18. Let s = -46 - c. Let f = 38.00085 + s. Round f to four decimal places.
0.0009
Let z = 10 - 10.00000237. Round z to seven dps.
-0.0000024
Let r = -344.6 - -342.923. Let p = 0.453 - r. Let b = -2.12903 + p. Round b to 4 decimal places.
0.001
Let s = -107 - -98.9. Round s to the nearest integer.
-8
Suppose -10107434 = -u + 3192566. Round u to the nearest 1000000.
13000000
Let h = -9.40000022 - -9.4. What is h rounded to 7 dps?
-0.0000002
Let w be 4/10 + (-72)/(-20). Suppose -5*l + 2*d - 412 - 106 = 0, -4*d = -w*l - 424. What is l rounded to the nearest 10?
-100
Let w = 31.1289 + -166181.1289. Let u = w - -166154.99956. Let n = u + -5. Round n to 4 decimal places.
-0.0004
Let a = 0.06 - 0.06. Let h = 88 - 88.059. Let q = a - h. Round q to two decimal places.
0.06
Let u = -0.06 + 0.86. Let g = 39.912 + -39.1. Let a = g - u. What is a rounded to 2 dps?
0.01
Let j = 177 - 177.00294. Let v = 3 + -2.998. Let y = j + v. What is y rounded to four dps?
-0.0009
Let a = 4 - 3.94. Let l = a - -0.005. What is l rounded to two dps?
0.07
Let w = -0.04014 + 0.038. What is w rounded to 4 dps?
-0.0021
Let t = -153.777264 - 12.222829. Let p = 166 + t. What is p rounded to five decimal places?
-0.00009
Let i = 20.999749 - 21. Round i to 5 decimal places.
-0.00025
Let q = -2.52 - -0.02. What is q rounded to 0 dps?
-3
Let b = -0.4 - -1.012. Let z = 0.6 - b. Round z to 3 dps.
-0.012
Let s be (3 + -4)/(1/1255). Let f be s*11*-1159 - 0. Suppose 9600020 = -3*w + 4*g, -5*w - 2*g = -g + f. What is w rounded to the nearest 1000000?
-3000000
Let k = -330.00379 + 330. What is k rounded to three decimal places?
-0.004
Let f = 30 - 13. Suppose -f - 3 = 4*o. Let k be -2 + o/((-5)/20002). Round k to the nearest 10000.
20000
Let u be 24/(-18)*13506/(-4). Let h be 2*-30*(u + -2). What is h rounded to the nearest 100000?
-300000
Let w = -0.44 - 168.56. Let z = 168.999923 + w. What is z rounded to 5 decimal places?
-0.00008
Let q = -44466762 - 1133242. Let a be (-14)/21 - q/6. What is a rounded to the nearest one million?
8000000
Let d = 1.27 - 1.2699894. Round d to six dps.
0.000011
Let w = 29.999854 - 30. What is w rounded to five dps?
-0.00015
Let i = 12 - 20. Let t = 8.005 + i. Round t to two dps.
0.01
Let l = 201774 + -287774. What is l rounded to the nearest ten thousand?
-90000
Let z = -355 + 355.00169. Round z to 4 dps.
0.0017
Let z = 18407909.54386918 + 0.45613082. Let m = -18407910.09999991 + z. Let j = m - -0.1. What is j rounded to 7 decimal places?
0.0000001
Let d = 9.94 + -11. Let a = d + 0.52. What is a rounded to one dp?
-0.5
Let b = 8 - 8.5. Let w = -3.48 - -3.9. Let y = b + w. What is y rounded to one decimal place?
-0.1
Let n = 4 - 4. Let h be n + ((-6)/3 - -9294). Suppose -3*o = -4*l - h, 5*l = o - 2*o + 3110. Round o to the nearest 1000.
3000
Let s = 92 - 91.893. Let k = -0.054 + s. What is k rounded to two dps?
0.05
Let i = 1027 + -1026.96005. Let a = -12 - -11.96. Let d = a + i. Round d to 4 dps.
-0.0001
Suppose 2*u - 6650005 = 3*u + 5*h, 0 = -2*u - 3*h - 13300003. Round u to the nearest one million.
-7000000
Let v = 117 + -117.0000135. What is v rounded to 6 decimal places?
-0.000014
Let i = -3.8 + -1.2. Let j = i - -14. Let v = j - 8.38. Round v to 1 decimal place.
0.6
Let f = -536 + 979. Suppose 117 = 4*b - f. Round b to the nearest 100.
100
Let m = 132.505784 + -0.453384. Let c = -132 + m. Let b = c - 0.05. What is b rounded to 3 dps?
0.002
Let f = -1500 + 1500.01871. Let c = 39 - 39.019. Let t = c + f. Round t to four decimal places.
