Another way of asking this question is "What is the square root of x." In this case, we're talking about x = 53, but the question is the same. So to find the number that, when multiplied by itself, equals, 53, we must take the square root of 53. Since 53 is not a square number, our answer is not an integer, but close to 7.28.
To find a multiplication problem that equals 53, we need to factorize 53 into its prime factors, which are 53 itself. Therefore, the multiplication problem that equals 53 is 1 x 53. This is because 1 is the only other factor of 53 besides 53 itself.
nothing 53 is a prime number only divided by 1 or 53
53 x 5
53 x 32 = 1,696
53 is a prime number if that is what you mean.
53 times 80 equals 4240.
The Identity Property states that any number multiplied by one equals the original number.
53 itself. It is a prime number.
Well, darling, 53 to the third power is 148,877. Why? Because you take 53 and multiply it by itself three times. It's as simple as that, sugar.
Only by itself and one because 53 is a prime number
53 is prime53 is prime because its only factors are 1 and itself. A prime number only has two factors, 1 and the number itself. A composite number has factors besides 1 and itself.53 is a Prime Number.
53
Aside from itself and 1, the only positive integer factors of 159 are 53 and 3. Therefore, 53 x 3 = 159.
This demonstrates the commutative property of multiplication.
The Abelian property or commutativity.
Itself and one because 53 is a prime number
Itself and one because 53 is a Prime number