They are: .1+.02+.005 = .125
Three different numbers that can equal 125 are 50, 40, and 35, since 50 + 40 + 35 = 125. Another example is 60, 30, and 35, which also sums to 125. There are countless combinations, as long as the numbers are distinct and their total is 125.
The two numbers that can be expressed as powers to equal 1125 are 5 and 3. Specifically, (5^3 \times 3^1 = 125 \times 3 = 375), which does not equal 1125. However, if you consider (5^3 = 125) and (3^2 = 9), their product is (125 \times 9 = 1125). Thus, you can express 1125 as (5^3 \times 3^2).
As a product of its prime factors: 5*5*5 = 125
1 x 125 and 5 x 25
1 x 125, 5 x 25
Three different numbers that can equal 125 are 50, 40, and 35, since 50 + 40 + 35 = 125. Another example is 60, 30, and 35, which also sums to 125. There are countless combinations, as long as the numbers are distinct and their total is 125.
The two numbers that can be expressed as powers to equal 1125 are 5 and 3. Specifically, (5^3 \times 3^1 = 125 \times 3 = 375), which does not equal 1125. However, if you consider (5^3 = 125) and (3^2 = 9), their product is (125 \times 9 = 1125). Thus, you can express 1125 as (5^3 \times 3^2).
25 and 5 but there are more ways that equal to 125
125 is equal to 125.No other number is equal to 125.
62.5
5^3 is equal to 125.
As a product of its prime factors: 5*5*5 = 125
1 x 125 and 5 x 25
1 x 125, 5 x 25
There are an infinite number of pairs. If you restrict yourself to integers there are only two pairs: (1, 125), and (5,25). Otherwise, (1/2, 125*2), (1/3, 125*3) etc gives one form of such pairs.
Well, honey, let me break it down for you. The numbers that give you 125 are 5 raised to the power of 3. In simpler terms, 5 times 5 times 5 equals 125. So, there you have it - no need to complicate things, darling.
124, 125 and 126