-8 x 7/12 = -56/12 or -4 and 2/3
You said that 4(2s - 1) = 7s + 12Eliminate parentheses: 8s - 4 = 7s + 12Add 4 to each side: 8s = 7s + 16Subtract 7s from each side: s = 16
-1, - 1 , -1 and -56. When multiplied together, they make +56.
4
Bring all the unknown values to one side and the known values to the other 7s - 12 = 3s - 4 Subtract 3s from both sides 7s - 3s - 12 = 4 4s - 12 = 4 Add 12 to both sides 4s = 4 + 12 4s = 16 Divide both sides by 4 s = 4
-8 x 7/12 = -56/12 or -4 and 2/3
You said that 4(2s - 1) = 7s + 12Eliminate parentheses: 8s - 4 = 7s + 12Add 4 to each side: 8s = 7s + 16Subtract 7s from each side: s = 16
answer:4
-1, - 1 , -1 and -56. When multiplied together, they make +56.
4
77 / 7 - 777 / 7 - 777 / 7 - 777 / 7 - 7
1 * 56 = 56 2 * 28 = 56 4 * 14 = 56 7 * 8 = 56 8 * 7 = 56 14 * 4 = 56 28 * 2 = 56 56 * 1 = 56
If you mean: 4(2s-1) = 7s+12 then the value of s works out as 16
Bring all the unknown values to one side and the known values to the other 7s - 12 = 3s - 4 Subtract 3s from both sides 7s - 3s - 12 = 4 4s - 12 = 4 Add 12 to both sides 4s = 4 + 12 4s = 16 Divide both sides by 4 s = 4
Oh, dude, you just gotta think outside the box. Like, take one of the fives and cut it in half diagonally, then attach the top half to the other five to make an "S." Now you have a 56! Easy peasy, right?
4 times with a remainder of 3
To find the four numbers that multiply together to make 56, we can use prime factorization. First, we factorize 56 into its prime factors: 56 = 2 x 2 x 2 x 7. Then, we group these factors in pairs to find four numbers: 2 x 2 = 4, 2 x 7 = 14. Therefore, the four numbers that multiply together to make 56 are 2, 2, 2, and 7.