We know that GCF stands for Greatest Common Factor and hence we need to apply this in solving the given problem. The solution is shown below:
54x+8154x+81
Combine same terms, we have:
8208X+81
Factoring with the greatest common factor which is 27
304x+3
The answer for the factored expression is 304X + 3.
First divide the total by the amount bought.
$8.15/5 = $1.63
take the price per can and add $0.35 to add back on the usual price of tuna.
$1.98
3, because one cube means like from a certain view the 2-d model IS one block high so 1x16, 2x8, and 4x4.
Your answer would be a 60 CM squared because there are five additional boxes so you would do 10×6 because he would add the one box at the tennis and making 60 Siri answer would be a
The correct option about the proof is C. Both Amanda and Stephen are correct.
<h3>How to illustrate the information?</h3>
It should be noted that both Amanda and Stephan are correct as they are taking two different pairs of supplementary angles.
Amanda's proof is that he takes (∠1 and ∠4) and (∠3 and ∠4)as the supplementary angles and writes ∠1 + ∠4 = 180° and ∠3 + ∠4 = 180°,
Stephan's proof is that he takes (∠1 and ∠2) and (∠3 and ∠4) as the <em>supplementary</em> angle pair.
Therefore, the correct option is C.
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