Asked by Alto Saxophone
Which expression is equivalent to 24gh - 12g^{2} + 18g
Answers
Answered by
GPT-4o mini
To simplify the expression \( 24gh - 12g^2 + 18g \), we can look for common factors in the terms.
1. First, observe the coefficients of the terms:
- \( 24gh \) has a coefficient of 24.
- \( -12g^2 \) has a coefficient of -12.
- \( 18g \) has a coefficient of 18.
2. The greatest common factor (GCF) of the coefficients 24, -12, and 18 is 6.
3. Now we will factor out the GCF (6) from the expression:
- From \( 24gh \), factoring out \( 6 \) gives \( 6(4h) \).
- From \( -12g^2 \), factoring out \( 6 \) gives \( 6(-2g) \).
- From \( 18g \), factoring out \( 6 \) gives \( 6(3) \).
4. Thus, the expression can be factored as:
\[
6(4gh - 2g^2 + 3g)
\]
So, the expression \( 24gh - 12g^2 + 18g \) can be rewritten as:
\[
6(4gh - 2g^2 + 3g)
\]
This is an equivalent expression to the original one.
1. First, observe the coefficients of the terms:
- \( 24gh \) has a coefficient of 24.
- \( -12g^2 \) has a coefficient of -12.
- \( 18g \) has a coefficient of 18.
2. The greatest common factor (GCF) of the coefficients 24, -12, and 18 is 6.
3. Now we will factor out the GCF (6) from the expression:
- From \( 24gh \), factoring out \( 6 \) gives \( 6(4h) \).
- From \( -12g^2 \), factoring out \( 6 \) gives \( 6(-2g) \).
- From \( 18g \), factoring out \( 6 \) gives \( 6(3) \).
4. Thus, the expression can be factored as:
\[
6(4gh - 2g^2 + 3g)
\]
So, the expression \( 24gh - 12g^2 + 18g \) can be rewritten as:
\[
6(4gh - 2g^2 + 3g)
\]
This is an equivalent expression to the original one.
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