The only numbers that multiply to get a product of 39 are 1 and 39, or 3 and 13.
The number 39 can be expressed as a multiplication problem using the factors 3 and 13, since (3 \times 13 = 39). Additionally, it can also be represented as (1 \times 39) or (39 \times 1). These factors demonstrate the different ways to compose the number 39 through multiplication.
The multiplicative inverse of a number is another number that, when multiplied together, results in 1. For the number 39, its multiplicative inverse is ( \frac{1}{39} ). This means that ( 39 \times \frac{1}{39} = 1 ).
The number that is squared to get 1521 is 39, since (39 \times 39 = 1521).
13 x 3
13 and 3. Isnt it?
(156, 1) (78, 2) (52, 3) (39, 4) (26, 6) (13, 12)
The number 39 can be expressed as a multiplication problem using the factors 3 and 13, since (3 \times 13 = 39). Additionally, it can also be represented as (1 \times 39) or (39 \times 1). These factors demonstrate the different ways to compose the number 39 through multiplication.
The multiplicative inverse of a number is another number that, when multiplied together, results in 1. For the number 39, its multiplicative inverse is ( \frac{1}{39} ). This means that ( 39 \times \frac{1}{39} = 1 ).
The number that is squared to get 1521 is 39, since (39 \times 39 = 1521).
39 * 64.59 = 2519.01So 2,519.01 is 39 times as big as 64.59, and 2,583.60 is 39 times bigger .
13 x 3
39
13 and 3. Isnt it?
Original Equation: 4x + 9x = 39 Factor: x(4+9) = 39 Add: x(13) = 39 Divide: x = 3 Check: 4(3) + 9(3) = 12 + 27 = 39 = 39
Let the number be represented as ( x ). The equation based on the given information is ( 4x + 9x = 39 ). Combining the terms gives ( 13x = 39 ). Solving for ( x ) results in ( x = 3 ).
The number 13 goes into 39 exactly 3 times. This is because 39 divided by 13 equals 3. In other words, 13 multiplied by 3 equals 39.
3*13 is the prime factorization of 39. If you use non-integers, there are infinite many pairs (or groups) of numbers that multiplied makes 39.