to factor (x2-16x+64), you need to find two number whose product is 64 and whose sum is 16. These two numbers are 8 and 8. (x2-16x+64)=(x-8)(x-8)
576 and 448. You can find this through the equation 9x+7x=1024. Combine like terms: 16x=1024 Divide by 16: x=64 Then substitute back into the equation to get 9(64)+7(64)=1024 Multiply and you get your answers.
The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!
It is: 4s = 64
Let x and y be the two numbers. We can set up a system of equations: x + y = 20 and xy = 64. By solving the first equation for y (y = 20 - x) and substituting into the second equation, we get x(20 - x) = 64. Simplifying this quadratic equation gives us x^2 - 20x + 64 = 0. Factoring this equation gives us (x - 16)(x - 4) = 0. Therefore, the two numbers are 16 and 4.
To find two numbers that add up to 64, we can set up an equation as follows: x + y = 64. Since we are looking for two numbers, there are multiple pairs that satisfy this condition. For example, 30 + 34 = 64, or 20 + 44 = 64. In general, any two numbers that have a sum of 64 will satisfy this equation.
to factor (x2-16x+64), you need to find two number whose product is 64 and whose sum is 16. These two numbers are 8 and 8. (x2-16x+64)=(x-8)(x-8)
"Solution" means the number that 'x' must be, in order to make the statement true.The solution to the equation " x = 64 " is . . . . . x = 64
(2)6 = 64
576 and 448. You can find this through the equation 9x+7x=1024. Combine like terms: 16x=1024 Divide by 16: x=64 Then substitute back into the equation to get 9(64)+7(64)=1024 Multiply and you get your answers.
The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!The question does not make sense because it has what appears to be an equation but which contains two "equals"!
It is: 4s = 64
64 times 3.125 = 200
484
Let the page numbers be x and x+1. The product of two consecutive numbers is x(x+1). Given that the product is 4160, we have the equation x(x+1) = 4160. By solving this quadratic equation, we find that the page numbers are 64 and 65.
There is no pair of perfect squares that add up to 64.
1 x 64, 2 x 32, 4 x 16, 8 x 8 = 64