Yes:
1 x 46
2 x 23
83 x 1
46 = 1 x 46, 2 x 23, 23 x 2, 46 x 1.
The only multiple of 92 that equals 92 is 92.
2 x 50 4 x 25 5 x 20 10 x 10
The factor form of repeated multiplication for 29 is simply ( 29 = 29^1 ). This indicates that 29 is multiplied by itself zero times, which equals 1, and is represented as a single factor. In terms of repeated multiplication, you could also express it as ( 29 \times 1 ), but the simplest form remains ( 29^1 ).
Aside from 1 x 46 and its reverse, the only multiplication sum involving positive integer numbers to equal 46 is 2 x 23 (and its reverse).
1 x 462 x 23
53 times 46 equals 2,438.in smaller bites it is:6 x 53 = 31840 x 53 = 2,120then 318 + 2,120 = 2,438.There is the whole problem of the multiplication of 46 and 53.
54
1 x 92, 2 x 46, 4 x 23.
Twenty-three times two equals forty-six. It's a multiplication equation.
The equation 2n46 means that the variable n, when multiplied by 2, equals 46. This shows the relationship between the variable n and the number 46 in terms of multiplication.
500 equals 500 - whether with multiplication or division or whatever.
1 x 95, 5 x 19.
The property illustrated by the expressions (46 \times 38) and (38 \times 46) is the commutative property of multiplication. This property states that changing the order of the factors does not change the product; thus, (46 \times 38) equals (38 \times 46). Both expressions will yield the same result when calculated.
A product.
57 x 46