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There are numbers that will meet these requirements but no such digits.
15 and 5
(1) x + y = 15(2) x/y = 14Solving (1) and substituting in (2)...x = 15 - y15-y/y = 1414y = 15 - y15y = 15y = 1x = 14================================The sum of 1 + 14 = 15The quotient of 14/1 = 14
When the product of 15 and 40 is divided by the sum of 15 and 45, what is the quotient?
3 and 15 do.
12 and 3
There are numbers that will meet these requirements but no such digits.
15 and 5
(1) x + y = 15(2) x/y = 14Solving (1) and substituting in (2)...x = 15 - y15-y/y = 1414y = 15 - y15y = 15y = 1x = 14================================The sum of 1 + 14 = 15The quotient of 14/1 = 14
Oh, isn't that a lovely little math problem we have here? Let's take a moment to appreciate the beauty of numbers. If we work our way through this, we'll find that the two numbers are 9 and 6. Just like painting a happy little tree, sometimes all it takes is a few gentle brushstrokes to reveal the hidden beauty within.
When the product of 15 and 40 is divided by the sum of 15 and 45, what is the quotient?
15 and 3
3 and 15 do.
11
The numbers are 14 and 15.
3 & 15
The two numbers are 8 and 15