Simplify 4x + 2 - (x - 1).

Master Algebraic Simplification by combining like terms effectively. Study with engaging quizzes, detailed explanations, and various question formats. Ace your exam!

Multiple Choice

Simplify 4x + 2 - (x - 1).

Explanation:
To simplify the expression \(4x + 2 - (x - 1)\), begin by distributing the negative sign across the terms inside the parentheses. This involves changing the signs of \(x\) and \(-1\). When you distribute, the expression becomes: \[ 4x + 2 - x + 1 \] Next, combine like terms. The like terms consist of the \(x\) terms and the constant terms: - The \(x\) terms are \(4x\) and \(-x\), which combine to: \[ 4x - x = 3x \] - The constant terms are \(2\) and \(1\), which combine to: \[ 2 + 1 = 3 \] Thus, combining both results gives: \[ 3x + 3 \] This leads to the final simplified expression of \(3x + 3\). Therefore, the answer correctly simplifies to \(3x + 3\), confirming the first option is the right solution. This demonstrates understanding how to distribute, recognize and combine like terms effectively.

To simplify the expression (4x + 2 - (x - 1)), begin by distributing the negative sign across the terms inside the parentheses. This involves changing the signs of (x) and (-1).

When you distribute, the expression becomes:

[

4x + 2 - x + 1

]

Next, combine like terms. The like terms consist of the (x) terms and the constant terms:

  • The (x) terms are (4x) and (-x), which combine to:

[

4x - x = 3x

]

  • The constant terms are (2) and (1), which combine to:

[

2 + 1 = 3

]

Thus, combining both results gives:

[

3x + 3

]

This leads to the final simplified expression of (3x + 3). Therefore, the answer correctly simplifies to (3x + 3), confirming the first option is the right solution. This demonstrates understanding how to distribute, recognize and combine like terms effectively.

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