It is: 52-8+7 = 24
52 - 8 + 7 = 25 - 8 + 7 = 24
Suppose x needs to be subtracted.That is 7/8 - x = 5/24Rearranging, 7/8 - 5/24 = xso 21/24 - 5/24 = x = 16/24 = 2/3Suppose x needs to be subtracted.That is 7/8 - x = 5/24Rearranging, 7/8 - 5/24 = xso 21/24 - 5/24 = x = 16/24 = 2/3Suppose x needs to be subtracted.That is 7/8 - x = 5/24Rearranging, 7/8 - 5/24 = xso 21/24 - 5/24 = x = 16/24 = 2/3Suppose x needs to be subtracted.That is 7/8 - x = 5/24Rearranging, 7/8 - 5/24 = xso 21/24 - 5/24 = x = 16/24 = 2/3
8 x [1 + (7 - 5)] = 8 x [1 + 2] = 8 x 3 = 24
Yes, it is possible to make 24 using the numbers 9, 8, 7, and 5. One way to do this is by multiplying 9 by (8 ÷ (7 - 5)), which simplifies to 9 * (8 ÷ 2) = 36 ÷ 2 = 18. Then, subtract 18 from 9 to get 24.
4(-5+7)+8(-8+5)4(+2)+8(-3)8+8(-3)8+-24-16
7 - 5 = 26 / 2 = 33 x 8 = 24
7/8 - 2/3 = 5/24You must find the least common denominator and then solve with the equivalent fractions:21/24 - 16/24 = 5/24
7/8 minus 2/3 is 5/24
2 1/3 + 5 1/8 Get a common denominator. Do this by multiplying 1/3 by 8, and 1/8 by 3. 2 8/24 + 5 3/24 Add em' up. 7 11/24 There you go.
9 2/3 + 2 5/8 = [9(3) + 2]/3 + [2(8) + 5]/8 = (27 + 2)/3 + (16 + 5)/8 = 29/3 + 21/8 the common denominator is 24 = (29/3)(8/8) + (21/8)(3/3) = (29 x 8)/(3 x 8) + (21 x 3)/(8 x 3) = 232/24 + 63/24 = (232 + 63)/24 = 295/24 since 295/24 = 12.29166667 then, = 12 [295 - 12(24)]/24 = 12 (295 - 288)/24 = 12 7/24 Or 9 2/3 + 2 5/8 the common denominator is 24 = 9 (2/3)(8/8) + 2 (5/8)(3/3) = 9 (2 x 8)/(3 x 8) + 2 (5 x 3)/(8 x 3) = 9 16/24 + 2 15/24 = (9 + 2) (16 + 15)/24 = 11 31/24 = (11 + 1) (31 - 24)/24 = 12 7/24
(5+7)*(8-6)=24
If you mean 8 and 7/12 subtract 2 and 3/8 then it is 6 and 5/24