There are an infinite supply of pairs of numbers that satisfy this question.
You can cut down the supply quite a bit if you restrict the answer to only whole numbers.
Then there are only four pairs that do the job:
1 x 49
-1 x -49
7 x 7
-7 x -7
As an example, the square root of 49 is 7. It's this because the square root of a number is another number multiplied by itself(7X7=49).
7
49 multiplied by 4 is 196.
A number or expression that can be multiplied to get another number or expression is called a factor.
There aren't four integers that can be multiplied to get 49... unless you allow the trivial case where "1" is used twice: 49 = 7 x 7 x 1 x 1
As an example, the square root of 49 is 7. It's this because the square root of a number is another number multiplied by itself(7X7=49).
It is: 7
7, -7
7
49 multiplied by 4 is 196.
A number or expression that can be multiplied to get another number or expression is called a factor.
49 multiplied by 2 means 2 sets of 49. That means 49 + 49. The answer is 98.
There aren't four integers that can be multiplied to get 49... unless you allow the trivial case where "1" is used twice: 49 = 7 x 7 x 1 x 1
7 (or -7) (Since 7 x 7 = 49, -7 x -7 = 49)
How about: 7*7 = 49 or 1*49 = 49
It is because a whole number multiplied by itself does not equal 15. An example of a square number is 49. 7 times 7 equals 49.
Factor?