Just multiply the numerator by the whole number, and keep the same denominator.
After you do that, chances are that you'll have to simplify the fraction to a mixed number.
A product is a binary operator. That means a product is the result of combining TWO numbers. You cannot have a product of just one number - whether it is a fraction or not is irrelevant.
Multiply them together
first add the whole numbers then do simple fraction subtraction
Multiplicand and Multiplier
The product of two whole numbers depends on what the numbers are. The operation is multiplication.11 and 8. You find the factors of 88 first. Then find which 2 will subtract to equal 3
A product is a binary operator. That means a product is the result of combining TWO numbers. You cannot have a product of just one number - whether it is a fraction or not is irrelevant.
Multiply them together
Factors.
You don't. LCM and GCF (HCF) refer to whole numbers. You can find the LCM of two whole numbers that happen to be denominators, but in that case we call it the LCD. You can find the GCF of two whole numbers that happen to be the numerator and denominator of a fraction, and that will let you know whether the fraction can be simplified.
first add the whole numbers then do simple fraction subtraction
Multiplicand and Multiplier
The product of two whole numbers depends on what the numbers are. The operation is multiplication.11 and 8. You find the factors of 88 first. Then find which 2 will subtract to equal 3
No. For any given fraction, you can find whole numbers that are more than, and whole numbers that are less than, the fraction. For example, if your fraction is 5/2 (equal to 2 1/2), 2 is less, and 3 is more, than this fraction.
The simplest fraction is simply the fraction that has top and bottom numbers that cannot be any smaller while still being whole numbers. For example, 27/36 is equivalent to the simplified fraction 3/4.
10 and 12
For the product to be zero, one of the numbers must be 0. So the question is to find the maximum sum for fifteen consecutive whole numbers, INCLUDING 0. This is clearly achived by the numbers 0 to 14 (inclusive), whose sum is 105.
2x2=42+2=4I tried negative numbers and didn't find any.