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Can you get Numerator Of The Product Of Two Fractions Is Found By Multiplying The Numerator Of The Two Fractions?
Wiki User
∙ 8y ago
Yes, then do the same for the denominators. But THEN you are usually expected to simplify the resulting fraction.
Wiki User
∙ 7y ago
Wiki User
∙ 7y agoYes, and similarly the denominator.
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Where do you use GCF in real life?
When reducing fractions to their simplest form the greatest common factor of their numerator and denominator must be found.
The quantities that are multiplied in a multiplication expression?
The product is found in a multiplication expression by multiplying the multiplicand by the multiplierfactor.
What is 2 over 3 as another fraction?
Equivalent fractions can be found by multiplying both the numerator (number on top) and denominator (number on the bottom) by the same number. For example, if you multiply 2/3 by 2, you get the equivalent fraction 4/6. Other examples are 6/9, 8/12, 10/15, 20/30 and so on.
Can you add two rational number to get irrational number?
Yes, we can get a rational number on the addition of two irrational numbers.e.g. Let us consider two irrational numbers: 3 + √2 and 4 - √2.Addition yields:(3 + √2)+ (4 - √2) = 3 + 4 = 7(a rational number).Another example is:Addition of √2 and -√2.√2+ (-√2) = 0(a rational number).Explanation of example 1:Irrational numbers in the form of of p + q are are the irrational numbers which are obtained on addition of two terms: one is rational(p) and another is irrational(q).And on taking the conjugate of p + q we get p - q, which is an another irrational number. And the addition of these two yields a rational number.
What is one half one third( fractions)?
One-sixth. This answer can be found by multiplying the two together: 1/2 X 1/3 Multiply the ones together and then multiply the two and the three together, to get 1/6.
Adding and subtracting unlike denominators?
Fractions can only be added or subtracted if the denominators are the same. If the denominators are different, then the fractions need to be made into equivalent fractions with the same denominator. The new denominator can be found simply by multiplying the denominators together, but this can lead to some large fractions with which to work. A better new denominator is the lowest common multiple of (all the) denominators. (Once the new denominator is found, the fractions' new numerators are found by multiplying their current numerator by the new denominator divided by their current denominator to make their equivalent fractions with the new denominator.) Once all the fractions are converted into equivalent fractions with the new denominator then the fractions can be added or subtracted, with the result being simplified (if possible).
When do you add fractions when baking?
In order to add fractions, they must have the same denominators. If the fractions you wish to add do not already have the same denominators, they can be made to do so by finding the right number by which to multiply both the numerator and the denominator of each fraction. To find this number, multiply all the distinct denominators together, then multiply both the numerator and denominator of each fraction by a number found by the dividing the product of the distinct denominators by the denominator of the particular fraction concerned. All the fractions will then have the same denominator. Add the numerators of such fractions together to find the numerator of the sum; its denominator will be the one common to all the fractions.
How do you find the product of fractions?
The product of fractions is found by multiplying the fractions. You multiply the numerators and the denominators. For example. 1/2 and 1/3 have a product of 1/6 since 1x1 is 1 and 2x3 is 6 Here is another example. 2/3 x3/4 is 6/12 which is another name for 1/2.
The product of the numerator of one ratio and the denominator of ratio?
this is found by multipling the denominator of one ratio by the numerator of the other ratio
Explain the process for finding the product of two integers?
The product of two integers is found by multiplying them. Eg. the product of 5 and 3 is 15.
Where do you use GCF in real life?
When reducing fractions to their simplest form the greatest common factor of their numerator and denominator must be found.
What makes a product in math special?
A product in maths is found by multiplying numbers together. Not sure about the use of the word special?
The quantities that are multiplied in a multiplication expression?
The product is found in a multiplication expression by multiplying the multiplicand by the multiplierfactor.
How many different ways can you write a fraction that has a numerator of 2 as a sum of fractions?
Infinitely many ways, since if you have found one way then take one of the fractions and replace it by an equivalent fraction. Repeat for ever.
What is 2 over 3 as another fraction?
Equivalent fractions can be found by multiplying both the numerator (number on top) and denominator (number on the bottom) by the same number. For example, if you multiply 2/3 by 2, you get the equivalent fraction 4/6. Other examples are 6/9, 8/12, 10/15, 20/30 and so on.
How can using the GCF and LMC help you you add subtract and multiply fractions?
In order to add or subtract fractions, the denominator (bottom number) has to be the same. In order to make it the same, you find the LCM and multiply the fraction by whatever is necessary to make the denominator the LCM. FOR EXAMPLE: 1/3 + 2/5 The LCM of 3 and 5 is 15. To make the 3 in 1/3 15, you multiply the whole fraction by 5 over 5 (it simplifies to 1 so you aren't really changing the fraction by multiplying it by 1). 1/3 * 5/5 is 5/15 You multiply 2/5 times 3 over 3 using the same principle 2/5 * 3/3 is 6/15 NOW you can add 5/15 and 6/15 to get 11/15.
What is the improper fraction for 2 and one sixth?
The improper fraction for 2 and 1/6 is found by first multiplying the denominator, 6, by the whole number, 2, which equals 12, and then adding the numerator, 1, to the product, which results in 13. Then we take the denominator, 6, and make it the denominator for 13, which then gives us the improper fraction of 13/6.
