 is z rounded to three decimal places?
-0.003
Let a(x) = -2765*x**2 - x - 46. Let n be a(14). Round n to the nearest one hundred thousand.
-500000
Suppose s = 6*s - 3*p - 154, 3*s - 5*p = 86. Suppose -a + 30 + s = 0. What is a rounded to the nearest 10?
60
Let k = 0.91 + -0.9100324. What is k rounded to 6 dps?
-0.000032
Let k = -665982.9599999 + 665983. Let s = k + -0.04. What is s rounded to six dps?
0
Let l = 59 + -98. Let z = l + 35.2. Round z to the nearest integer.
-4
Let m = 54216 - 37416. Round m to the nearest one thousand.
17000
Let u = -16 - -27. Let z = -11.0125 + u. Round z to 3 dps.
-0.013
Let t(v) = -v - 1. Let q(p) = -6*p - 15. Let g(y) = -q(y) + 5*t(y). Let d be g(-9). Let n be (-50*1)/(d/(-9)). Round n to the nearest 100.
500
Let l(j) = 302*j - 8. Let x be l(4). Round x to the nearest one hundred.
1200
Let f(n) = -n. Let i be f(2). Let d = -30 - 17. Let l be i - (0 + d)*1. Round l to the nearest 10.
50
Let z = 7.62 + -5.5. Let h = -0.8 - 1.8. Let j = z + h. What is j rounded to one dp?
-0.5
Let c be -644*(-4*(-2)/(-4) - -3). Round c to the nearest one hundred.
-600
Suppose -2*j - 3*j = -5*b - 265020, -j - 105996 = 2*b. Round b to the nearest ten thousand.
-50000
Let j = 795626 - 796074.769. Let h = -449 - j. Let x = h + 0.18. Round x to 2 decimal places.
-0.05
Let b(z) = -2196*z**2 + 9*z + 2. Let x(v) = 2197*v**2 - 10*v - 1. Let j(u) = 3*b(u) + 2*x(u). Let p be j(8). Let a = p - -250356. Round a to the nearest 10000.
110000
Let n = 124350.1600036 + -124350. Let g = n + -0.16. Round g to six decimal places.
0.000004
Let o = -1.4 + 1.22. Round o to 2 decimal places.
-0.18
Let i = -6172895.02699977 - -6172895. Let y = -0.22 - -0.247. Let c = y + i. What is c rounded to 7 dps?
0.0000002
Suppose 3*n = 3*f - 8*f + 2315, -n = 2*f - 772. Round n to the nearest 100.
800
Suppose 0*u = -2*u + q + 15, 3*u - q = 24. Suppose -3*c - 201 = -u. What is c rounded to the nearest 10?
-60
Let o = -6 - 7. Let d = -12.84 - o. What is d rounded to 1 dp?
0.2
Let h = 1377987.5999957 + -1377988. Let a = h + 0.4. Round a to six dps.
-0.000004
Let g be 4 + (0 + -776)/4. Round g to the nearest one hundred.
-200
Suppose 2*i + 1 - 5 = 0. Suppose -3*o - 1165240 = g + 185305, -i*o = -4*g - 5402208. Let t = -930551 - g. Round t to the nearest one hundred thousand.
400000
Let j = -26538 + -562. Round j to the nearest one thousand.
-27000
Let g(a) = 2*a**2 - 5. Let i be -3 - 5 - (1 + -3). Let l be g(i). Round l to the nearest ten.
70
Let v = -269 + 269.111. Round v to 2 decimal places.
0.11
Suppose 0 = -a - 0 + 1. Let v = 4 + a. Suppose -v*l + 5015 = -5*o, -2015 = -o + 3*o - 5*l. What is o rounded to the nearest 1000?
-1000
Let i = -105.0000138 + 105. Round i to 6 decimal places.
-0.000014
Let k = -3027239551 - -3027239379.99999917. Let q = -2.28 + 173.28. Let h = k + q. Round h to seven decimal places.
-0.0000008
Suppose -56680 - 50700 = -5*n. Let g = -15276 + n. What is g rounded to the nearest 1000?
6000
Let n(h) = h**2 - 4*h + 4. Let x be n(4). Let y be (-1)/(-1)*(x - 4). Suppose y = -5*i - 0*i + 47500000. What is i rounded to the nearest one million?
10000000
Let j = -1 - -0.36. Let x = -6.44 - j. What is x rounded to zero dps?
-6
Let p(r) be the second derivative of r**3/6 + 4*r**2 - 4*r. Let n be p(-5). Suppose -n*y + 1900000 = 2*y. Round y to the nearest 100000.
400000
Let n = 4 - -14. Suppose -5*x - 32 = n. Round x to the nearest 10.
-10
Let m = 0.0382 - 0.037. What is m rounded to three dps?
0.001
Let n = -0.1 + -0.9. Let f = -3.4 - -3. Let r = f - n. What is r rounded to one dp?
0.6
Let p = -0.12 + -0.46. Let r = 0.5799914 + p. Round r to six dps.
-0.000009
Let x = 402.89 + -406. Round x to 1 decimal place.
-3.1
Let y(g) = 14*g**2 - 4. Let b be (-6)/(-12) - (-18)/(-4). Let f be y(b). Round f to the nearest 100.
200
Suppose u + 11 = 4*u - 5*w, -11 = -5*u + w. Let h be 15329994/(-21) + u/(-7). Round h to the nearest 100000.
-700000
Suppose 4*r + 12 = -2*t, -r + 5*r = 3*t - 32. Let p = 0 + t. Suppose -4*v - 395132 = -p*f + 204848, 150010 = -v - 2*f. Round v to the nearest 10000.
-150000
Let o = 8 - 7.987. Round o to 2 decimal places.
0.01
Let h(v) = v. Let j be h(2). Suppose -m + 6*c - 346 = j*c, c = 4*m + 1324. Round m to the nearest 100.
-300
Let r = 53298 - 287036. Let c = r + 233740.69974. Let z = c - 2.7. Round z to 4 dps.
-0.0003
Let x = 2.3 - 3.6. Let j = -0.9 + x. Let k = j - -2.1966. What is k rounded to 3 dps?
-0.003
Let r = 0.056108 - 0.056. Round r to 5 decimal places.
0.00011
Let j be (-11 + 13)/(4/10). Suppose 13214949 - 4564949 = -j*i. What is i rounded to the nearest 100000?
-1700000
Let r = 0.06 - 5.06. Let b = r + 5.00002. What is b rounded to 4 dps?
0
Let f = 6.0748 - 6.1. Round f to 3 dps.
-0.025
Let l = -90572.2047 - -90576. Let o = -4.8 + 8.6. Let p = l - o. Round p to three dps.
-0.005
Let f = 1070 + -1067.942. Let h = 0 + 2. Let g = f - h. What is g rounded to two decimal places?
0.06
Let d be 191114/49 - 2/7. Suppose 0*y + d = 3*y. What is y rounded to the nearest one thousand?
1000
Let h = -1.95 + 1.6. Let v = h + 21.35. Let m = v - 21.0000034. What is m rounded to 6 decimal places?
-0.000003
Let m = -9.0084 + 9. What is m rounded to 3 decimal places?
-0.008
Let t = -4.2 - -83.2. Let o = t + -86.7. Round o to the nearest integer.
-8
Suppose 0 = -4*s + 3*m + 17, 5*m - 6 = 5*s - 26. Suppose -s*h = -0*h - 570000. What is h rounded to the nearest 10000?
110000
Let y = 4 - 3. Let j be (-2)/(-4)*346/y. Suppose -j = 2*s + 127. Round s to the nearest one hundred.
-200
Let t = -51 - -90. Let g = t + -19. Let q = g + -19.942. What is q rounded to 2 decimal places?
0.06
Let j(m) = 430*m. Let x be j(10). What is x rounded to the nearest 1000?
4000
Let k = -5.15 - -5. Let s = 0.28 + k. What is s rounded to 1 dp?
0.1
Let k = 0.8 + -0.824. Let j = 0.003 + k. What is j rounded to 2 dps?
-0.02
Let w = -0.1392 + 0.12. Round w to 3 dps.
-0.019
Let g(t) = -432*t**2 - 4*t + 5 - 2153*t**2 - 216*t**2. Let i(a) = -a - 5. Let q be i(0). Let c be g(q). What is c rounded to the nearest ten thousand?
-70000
Let m = 29.99999936 - 30. What is m rounded to 7 dps?
-0.0000006
Let s be 3 - 1 - 4/2. Suppose -3*n - 12 = 0, -2*u - 5*n + 12023 + 20629 = s. Suppose 2*o = -u - 6064. What is o rounded to the nearest one thousand?
-11000
Let j = 10665.19996 + -10665. Let q = 0.2 - j. What is q rounded to 5 dps?
0.00004
Let z = 0.67 + -0.6. Let s = z + -0.07064. What is s rounded to 4 decimal places?
-0.0006
Let d = -65 - -64.99999973. What is d rounded to seven decimal places?
-0.0000003
Let m(v) = -1149999*v**2 + 3*v - 28. Let l be m(4). Round l to the nearest 1000000.
-18000000
Let j = 11 + -7. Let c = j - 3.9997. What is c rounded to 3 dps?
0
Let z = -20 - -28.9. Round z to the nearest integer.
9
Let m = -5 + 5.00028. What is m rounded to 4 dps?
0.0003
Let r = -4352.6753352 + -7485.3256643. Let m = -11843.001 - r. Let g = m + 5. What is g rounded to 6 dps?
-0.000001
Let r = -8 - -12. Let n(p) = p**3 - 5*p**2 + 6*p - 2. Let h be n(r). Let y be (-8)/12 - (-450004)/h. What is y rounded to the nearest ten thousand?
80000
Let q = -0.2 - 2. Let n = -2.01 - q. Let z = n - -0.04. Round z to one decimal place.
0.2
Let n = 1512554 - 1512475.0059. Let s = n + -79. Round s to three decimal places.
-0.006
Let s = -9 - -7.8. Let y = s + 1.026. Let x = 0.2 + y. What is x rounded to 2 decimal places?
0.03
Let x(w) = w**2 - 5*w + 2. Let n be x(5). Let d = -3927 + 27321. Let a be d/(-9) - n/3. Round a to the nearest one thousand.
-3000
Let i = -22.301251 - 11292452.698749. Let u = 11292474.30000165 + i. Let t = u + 0.7. What is t rounded to 7 dps?
0.0000017
Let w = 375.8 - 375.792445. Let r = w - 0.107559. Let h = r + 0.1. Round h to five dps.
0
Let t = -117.972 - -118. What is t rounded to 2 dps?
0.03
Let r = 10 + -9.901. What is r rounded to two dps?
0.1
Let m = 0.02 + -0.01984. Round m to four decimal places.
0.0002
Let q = 589311958237 - 589311905131.4089061. Let n = q + -52984.5911. Let t = n - 121. What is t rounded to 6 decimal places?
-0.000006
Let n = 494195.688 - 494025.6879881. Let s = 170 - n. What is s rounded to 6 dps?
-0.000012
Let j(k) = 33*k**2 + 2*k + 4. Let o = 9 - 15. Let t be j(o). Round t to the nearest 100.
1200
Let k = -3025 + 3090.39. Let y = 73.6 + -8.6. 