No.
When you multiply a number by 1, it stays the same. When you multiply a number by a number greater than 1, it increases. When you multiply a number by a number that is less than 1 (a proper fraction), it decreases.
To multiply a fraction by a number, you simply multiply the numerator (the top number of the fraction) by that number while keeping the denominator (the bottom number) the same. For example, to multiply ( \frac{2}{3} ) by 4, you would calculate ( \frac{2 \times 4}{3} = \frac{8}{3} ). If the number is a whole number, it can be expressed as a fraction (like ( \frac{4}{1} )) for clarity, but the process remains the same.
turn both fractions into decimals and then multiply!
You multiply the negative number by the reciprocal of the fraction.
When you multiply a fraction by 1, the value does not change. It is like this for any number.
You multiply the fraction by any non-zero multiple of its denominator.
You multiply the fraction by any non-zero multiple of its denominator.
To find the least common multiple than multiply by a whole number fraction
Multiply the fraction by the same number.
When you multiply a number by 1, it stays the same. When you multiply a number by a number greater than 1, it increases. When you multiply a number by a number that is less than 1 (a proper fraction), it decreases.
To multiply a fraction by a number, you simply multiply the numerator (the top number of the fraction) by that number while keeping the denominator (the bottom number) the same. For example, to multiply ( \frac{2}{3} ) by 4, you would calculate ( \frac{2 \times 4}{3} = \frac{8}{3} ). If the number is a whole number, it can be expressed as a fraction (like ( \frac{4}{1} )) for clarity, but the process remains the same.
An equivalent fraction is just a multiple of the one that you have (i.e it is the one that you have, scaled up or down). So multiply the fraction that you have until either the numerator or the denominator match the given numerator/denominator of the fraction with the missing number. The number in the corresponding place on the fraction that you multiplied is the missing number.
You would have to convert the mixed number into a fraction, or you could convert the fraction into a mixed number. The first one is easier in my opinion. For example: 2 3/4 is 11/4. Converting a fraction into a mixed number is just as easy but it is harder to multiply To multiply a mixed fraction by a fraction you will need to multiply the denominator (the bottom number of a fraction) by the whole number then add the numerator (the top number of a fraction) and that will be your new numerator. Then multiply the two fractions (straight across). Finally put you final answer in simplest form if needed.
A fraction "of" a number is the same as the fraction "times" a number. In other words, you must multiply 1/10 times 80.A fraction "of" a number is the same as the fraction "times" a number. In other words, you must multiply 1/10 times 80.A fraction "of" a number is the same as the fraction "times" a number. In other words, you must multiply 1/10 times 80.A fraction "of" a number is the same as the fraction "times" a number. In other words, you must multiply 1/10 times 80.
turn both fractions into decimals and then multiply!
You multiply the negative number by the reciprocal of the fraction.
When you multiply a fraction by 1, the value does not change. It is like this for any number.