If you're trying to find the product, that means multiply. So 4*8*C would be 32*C (or 32C). Since the value of C is unknown, this is as far as the equation can go.
Remember:
Sum means add.
Difference means subtract.
Product means multply.
Quotient means divide.
8ab/4c^7=2ab/c^7
The answer is 13.
11c - 8
The product can be expressed as abc.
Watch closely, but don't try this at home:(15) times (c) = " 15c "
8ab/4c^7=2ab/c^7
The answer is 13.
11c - 8
The product can be expressed as abc.
It is simply: 9c which means 9 times c
Watch closely, but don't try this at home:(15) times (c) = " 15c "
The product of the means equals the product of the extremes. In other words, if A is to B as C is to D, then B times C equals A times D, so... A = B x C ÷ D B = A x D ÷ C C = A x D ÷ B D = B x C ÷ A
The "answer" ... usually called the "solution" ... is the number that 'c' must bein order to make the equation a true statement.Here's one way to find the solution:(-4/3)c = -8Multiply each side by -3 :4c = 24Divide each side by 4:c = 6
A quadratic of the form Ax2 + Bx + C where A=1, B=2 and C=-8
It's the product of ' R ' times ' C '.
If you know that the product of 2 negative numbers is positive, then the product of 4 negative numbers has to be positive. The product of the first two negative numbers is positive and the next two negative numbers is positive. Multiplying the product of the first two numbers (positive number) and the product of the last two numbers (also positive), is a positive number times a positive number which is positive. Let a, b, c and d be negative numbers: (a*b*c*d) = (a*b)*(c*d) (-ve*-ve*-ve*-ve)=(-ve*-ve)*(-ve*-ve)= (+ve)*(+ve) = (+ve)
The product of 15 and c in algebraic expression is simply 15c, which means 15 times c.