Faith makes beaded necklaces that she sells for $3 each. She manages to sell two necklaces every day for 7 days. If she wants to make $60, what equation shows the money 'E' she still needs to make at the end of 7 days? A. 60 - (327) = E B. 60 - (327) = E C. 60 - (327) = E D. 60 - (327) = E

Question

Buckley

Mathematics

9 June, 12:04

Faith makes beaded necklaces that she sells for $3 each. She manages to sell two necklaces every day for 7 days. If she wants to make $60, what equation shows the money 'E' she still needs to make at the end of 7 days? A. 60 - (327) = E B. 60 - (327) = E C. 60 - (327) = E D. 60 - (327) = E

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Answers (2)

Know the Answer?

Ana Carney · Answer 1

All of the answers. They're all the same.

Step-by-step explanation:

A. 60 - (3*2*7) = E

B. 60 - (3*2*7) = E

C. 60 - (3*2*7) = E

D. 60 - (3*2*7) = E

How I'd solve it:

3*2*7=42

60-42=

18

All of the answers are the same and all correct.

Faith makes beaded necklaces that she sells for $3 each. She manages to sell two necklaces every day for 7 days. If she wants to make $60, what equation shows the money 'E' she still needs to make at the end of 7 days? A. 60 - (3*2*7) = E B. 60 - (3*2*7) = E C. 60 - (3*2*7) = E D. 60 - (3*2*7) = E

Faith makes beaded necklaces that she sells for $3 each. She manages to sell two necklaces every day for 7 days. If she wants to make $60, what equation shows the money 'E' she still needs to make at the end of 7 days? A. 60 - (327) = E B. 60 - (327) = E C. 60 - (327) = E D. 60 - (327) = E