The only numbers that multiply to get a product of 39 are 1 and 39, or 3 and 13.
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?
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 ).
(156, 1) (78, 2) (52, 3) (39, 4) (26, 6) (13, 12)
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 ).
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.
There are twenty numbers between 19 through 39, including 19 and 39. So the problem is 20 times 20 times 20 times 20 times 20. 320,0000
To write 39 as a product of primes, you need to factor it into its prime components. Start by dividing 39 by the smallest prime number, which is 3: (39 \div 3 = 13). Since 13 is also a prime number, the prime factorization of 39 is (3 \times 13). Thus, 39 can be expressed as the product of primes: (3 \times 13).