If you include fractions and decimals, then there are an infinite number of pairs that do. If you stick to only whole numbers, then these pairs do: 1 x 1250 2 x 625 5 x 250 10 x 125 25 x 50
Either of the following pairs: (-36, -3) or (36, 3)
The factor pairs of 20 are pairs of numbers that can be multiplied together to give 20. The factor pairs of 20 are (1, 20), (2, 10), and (4, 5). These pairs represent all the possible combinations of numbers that can be multiplied to equal 20.
To find two numbers that add up to 55, we can set up the equation x + y = 55, where x and y are the two numbers we are looking for. There are infinite pairs of numbers that satisfy this equation, such as 20 and 35, 25 and 30, or even fractions like 27.5 and 27.5.
6.232 6.236
There are 6 pairs of numbers that go into 525. Here are all of the whole number (numbers without decimals or fractions) pairs:1 and 5253 and 1755 and 1057 and 7515 and 3521 and 25
-- If you accept decimals and fractions, then there are an infinite number of pairs that satisfy that description. -- If you only want to consider whole numbers, then there are only two possible pairs: 1 and 13 -1 and -13
The two pairs of numbers are (1, 1/2) and (-1/2, -1).
The two that are relatively prime.
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All the following pairs of numbers:1 & 60;2 & 30;4 & 15;5 & 12;6 & 10.
If you include fractions and decimals, then there are an infinite number of pairs that do. If you stick to only whole numbers, then these pairs do: 1 x 1250 2 x 625 5 x 250 10 x 125 25 x 50
Either of the following pairs: (-36, -3) or (36, 3)
If there are n numbers in the group, there aren2 ordered pairs if the numbers can be repeated,n*(n-1) ordered pairs if the numbers cannot be repeated,n2/2 pairs if the numbers can be repeated,n*(n-1)/2 pairs if the numbers cannot be repeated.
The numbers 2 and 3 are consecutive prime numbers. Are there other pairs of prime numbers which are consecutive numbers?
Equivalent fractions are fractions whose results are equal to each other. For example, 3/4 (three quarters) and 6/8 (six eighths) are equivalent fractions, because the answer to both their sums is 0.75.Any two pairs of numbers expressed as a vulgar fraction whose sums are equal to each other can be considered equivalent.
If fractions and decimals don't scare you, then there are an infinite number of pairs that will do that. If you only want to hear about whole numbers, then there are only two ways to do it: (1) x (59) = 59 (-1) x (-59) = 59