I think the questioner is looking for that this is an example of the identity property of multiplication.
Multiplication. It is simply repeated addition. 37 x 1 implies that 37 is being added once to zero. Thus, 37+0 = 37.
To further explain it, we could take any number and do the same. For example, say, 37 x 3. It implies that 37 is being added thrice to zero. Thus, 37+37+37+0=111.
37 multiplied by 86 is 3,182.
37 x 37 = 1,369
111 is not a prime number. You can multiply 3 x 37 and 1 x 111 to get 111.
The answer is 5 x 37.
The fact that 1 is the multiplicative identity.
37 = 1 x 37, 37 x 1
37 x 1
With whole numbers 37 x 1 = 37
1 x 111, 3 x 37.
1 x 851, 23 x 37 = 851
x = ab x = 21*37 x = 777
To find the multiplication problem that equals 74, we need to factorize 74 into its prime factors, which are 2 and 37. Therefore, the multiplication problem that equals 74 is 2 x 37.
No.
Transitive property: If 8 equals x and x equals y, then 8 equals y.
1 x 999, 3 x 333, 9 x 111, 27 x 37.
transitive property
Substitute y = 3x + 1 into first equation: 3x + 1 + x = 37 ie 4x + 1 = 37 Subtract 1 from each side: 4x = 36 Divide each side by 4: x = 9 so y = 28