3x3=a That's just one example, though. You could switch it up saying: 3xa=9 or vice versa. It's kind of hard to depict it with algebra, but I think what I said before is pretty much what you would do.
You can't prove it. Example: 3*9=27 You should try to prove something that is valid.
1. With boolean algebra, 1 + n is always equal to 1, no matter what the value of n is.
When you multiply an odd number by an even number, you are essentially adding an even number of odd numbers together. Since adding an even number of odd numbers will always result in an even number, the product will be even.
I am not sure about the question, but If 1/4 is a number then (1)/(1/4) which ends up being 4 is its reciprocal. Any number "N" has a reciprocal equal to 1/N and when you multiply the two as in N x 1/N, you will always get 1, that is a number multiplied by its reciprocal will always yield 1. Given one number you can find the other by dividing 1 by the given number
Multiply the denominators to equal numbers, then multiply by the same number for the numerator. Then solve.
when you cross multiply you get the same number for each side its an equal proportion
If you multiply them, reciprocals always equal one.
Actually it does, whenever you mulitply and divide two negative and two positive numbers they always equal a positive number. When you multiply and divide a negative and positive they always equal a negative number.
Any number you Divide or Multiply by 0, will always Equal 0.
if you add, subtract, multiply and divide all the problems correctly, it will equal 7
A negative multiplied by a positive will always end in a negative number regardless of which number is deemed larger.
1. With boolean algebra, 1 + n is always equal to 1, no matter what the value of n is.
If you multiply anything by 0, it will equal 0. Always.
It is t2 (t squared). Anytime you multiply a number or a variable by itself, then it is squared. If it's multiplied by itself 3 times, then it's cubed, or t3
Multiply it by 1/6,139
When you multiply an odd number by an even number, you are essentially adding an even number of odd numbers together. Since adding an even number of odd numbers will always result in an even number, the product will be even.
No. The sum of two negative numbers will always be a negative number. If, however, you multiply the numbers, their product will be positive.
Not if you multiply them.