The numbers are 10 and 16.
"square root" if the two numbers are the same "multiplier" for any case
product
The numbers are 9 and 6.9 - 6 = 39 x 6 = 54.
To find the third number, divide the product of the three numbers by the product of the two known numbers. First, calculate the product of the known numbers: 13 × 15 = 195. Then, divide 2730 by 195: 2730 ÷ 195 = 14. Therefore, the third number is 14.
To find the third number, you can use the fact that the product of the three numbers is 54. Since two of the numbers are 2 and 3, you can divide 54 by the product of these two numbers to find the third number. So, 54 / (2*3) = 9. Therefore, the third number is 9.
"The sum of a number and three times another number is 18. find the numbers if their product is a maximum?"
Multiply the number by another number and the product is the multiple
"square root" if the two numbers are the same "multiplier" for any case
product
The numbers are 9 and 6.9 - 6 = 39 x 6 = 54.
To find the third number, divide the product of the three numbers by the product of the two known numbers. First, calculate the product of the known numbers: 13 × 15 = 195. Then, divide 2730 by 195: 2730 ÷ 195 = 14. Therefore, the third number is 14.
multiple
A product cannot exist of a single number - a product is formed by multiplying two separate numbers.
Take two numbers. Throw (the first number) into a box (the second number) times. The total amount in the box is then the product of the two numbers.
Find 3 consecutive numbers where the product of the smaller two numbers is 19 less than the square of the largest number.
The product of the GCF and LCM of two numbers is equal to the product of the two numbers. The other number is 126.
Any number that is a product of another two numbers. For example, 2x2=4, therefore 4 is a multiple of 2. You can find multiples by multiplying two numbers together; the product is a multiple of both the multiplicand and multiplier.