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By counting by 2s

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Q: How can adding doubles help you to multiply by 2 example?
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How does adding doubles help you multiply by two?

because when you multiply by 2 you are just doubling the number being multiplied by two. example: 5x2=10 5+5=10


How can adding doubles help you to multiply by 2?

it can help you by couting by 2s


How can adding doubles can help you to multiply by 2 give an example?

Mulitplying is really just a form of addition. Multiplying by 2 is the same as adding a number to itself (or adding doubles). For example: 4X2 is the same as 4 + 4 = 8 The X2 part of the multiplication problem means that you are adding doubles or 4 to itself. So any problem with X2 would be the same as adding doubles: 5X2 = 5 + 5 = 10 6X2 = 6 + 6 = 12 7X2 = 7 + 7 = 14 ...and so on. So if you can add doubles you already know how to multiply any number by 2.


How can adding doubles help you to multiply by2?

Doubling is the same as multiplying by two. The two actions are the same.


How can adding doubles help you multiply by 2?

Anything times two equals the thing added to itself. 33 x 2 = 33 + 33


What is the proper method of adding in c language?

An example may help: printf ("2+3=%d\n", 2+3);


Can you lose weight with no diet?

Little changes can help with your weight lose. For example cutting down on sodas if you drink a lot. Adding exercise will help especially if you don't want to diet.


How does adding partial products help solve multiplication problem?

How does adding partial products help solve a multiplication problem


How can knowing the GCF and LCM help you when you add subtract and multiply fractions?

Knowing the LCM will help when adding or subtracting unlike fractions. By finding the LCM of the denominators, (called the lowest common denominator) you can convert unlike to like fractions and proceed with the adding or subtracting. Knowing the GCF helps reduce a fraction. By finding the GCF of the numerator and the denominator and dividing both of them by it, you can reduce a fraction to its lowest terms (simplest form). If the GCF is 1, the fraction is in its simplest form. You can successfully multiply fractions without knowing the GCF or LCM.


How can knowing the GCF and LCM help you when you add subtract and multiply fraction?

Knowing the LCM of the denominators of unlike fractions will help you find the least common denominator, a necessary step in adding and subtracting them. Knowing the GCF of a numerator and denominator will tell you if the fraction can be reduced.


Does adding noise help reduce noise?

No.


How are adding and subtracting related please help?

there not