The expression is factorised into its basic terms:
Take out the common factor from the factorised expression.
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The expression is factorised into its basic terms:
Take out the common factor from the factorised expression.
To solve this problem, we'll follow these steps:
Now, let's work through each step:
Step 1: In the expression , the common factor between the two terms is .
Step 2: By applying the distributive property in reverse, we take out of each term, which gives us:
Therefore, the expression can be factorized as:
Step 3: Upon examining the options provided:
The correct factorization corresponds to Choice 4: .
Hence, the factorized expression is , which is the correct choice.
Break down the expression into basic terms:
\( 2x^2 \)
Look for what appears in every term. In , both terms have the variable x, so x is your common factor!
Because 5 only appears in the first term! A common factor must be present in all terms. Since the second term is 2x (not 5-something), you can't use 5.
Simplifying means . Factoring means writing it as - showing the multiplication structure instead of combining.
Both and are correct factored forms! The question asks for the factored form, so clearly shows your work.
Use the distributive property to expand your answer. If , then you factored correctly!
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