Simplify 2a(b+3)+4(b+3): Finding Equivalent Expressions

Which of the expressions is equivalent to the expression?

2a(b+3)+4(b+3) 2a(b+3)+4(b+3)

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Step-by-step video solution

Watch the teacher solve the problem with clear explanations
00:00 Factor out a common factor
00:06 Mark the common factors
00:13 Take out the common factors from the parentheses
00:19 Take out the common factors from the parentheses

Step-by-step written solution

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1

Understand the problem

Which of the expressions is equivalent to the expression?

2a(b+3)+4(b+3) 2a(b+3)+4(b+3)

2

Step-by-step solution

To solve this problem, we'll follow these steps:

  • Step 1: Identify the common factor in the expression.
  • Step 2: Factor out the common factor using the distributive property.
  • Step 3: Simplify the expression inside the parentheses.

Now, let's work through each step:

Step 1: Identify the common factor. The given expression is 2a(b+3)+4(b+3) 2a(b+3) + 4(b+3) . Notice that both terms have a common factor, which is (b+3) (b+3) .

Step 2: Factor out the common factor. Using the distributive property in reverse, we can factor out (b+3) (b+3) :

2a(b+3)+4(b+3)=(b+3)(2a+4) 2a(b+3) + 4(b+3) = (b+3)(2a + 4)

Step 3: Simplify the expression inside the parentheses if needed. In this case, 2a+4 2a + 4 is already simplified.

Therefore, the expression 2a(b+3)+4(b+3) 2a(b+3) + 4(b+3) simplifies to the equivalent expression (b+3)(2a+4) (b+3)(2a+4) .

The correct choice that corresponds to this expression is choice 3: (b+3)(2a+4) (b+3)(2a+4) .

3

Final Answer

(b+3)(2a+4) (b+3)(2a+4)

Practice Quiz

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Break down the expression into basic terms:

\( 2x^2 \)

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