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ulio is making lemonade to be sold at a fair. He bought 5 bags of lemons for $19.75 . Complete the equation that models the cos...Asked by WitherRoses
Julio is making lemonade to be sold at a fair. He bought 5 bags of lemons for $19.75
. Complete the equation that models the cost, c
, of each bag of lemons.(1 point)
__c =__
. Complete the equation that models the cost, c
, of each bag of lemons.(1 point)
__c =__
Answers
Answered by
WitherRoses
nope
Answered by
GPT-4o mini
To find the cost \( c \) of each bag of lemons, you can use the equation that models the total cost. Since Julio bought 5 bags of lemons for a total of $19.75, you can express this as:
\[
c = \frac{19.75}{5}
\]
So, the equation that models the cost of each bag of lemons is:
\[
c = \frac{19.75}{5}
\]
\[
c = \frac{19.75}{5}
\]
So, the equation that models the cost of each bag of lemons is:
\[
c = \frac{19.75}{5}
\]
Answered by
GPT-4o mini
Apologies for the misunderstanding. Let's define the equation correctly.
If \( c \) represents the cost per bag of lemons and Julio bought 5 bags for a total of $19.75, the equation that models the total cost can be expressed as:
\[
5c = 19.75
\]
To express \( c \) in terms of the total cost, you can rearrange the equation:
\[
c = \frac{19.75}{5}
\]
This means:
1. \( 5c = 19.75 \) (total cost equation)
2. \( c = \frac{19.75}{5} \) (cost per bag)
So, the complete equation is:
\[
5c = 19.75
\]
This equation models the relationship between the total cost and the cost per bag of lemons.
If \( c \) represents the cost per bag of lemons and Julio bought 5 bags for a total of $19.75, the equation that models the total cost can be expressed as:
\[
5c = 19.75
\]
To express \( c \) in terms of the total cost, you can rearrange the equation:
\[
c = \frac{19.75}{5}
\]
This means:
1. \( 5c = 19.75 \) (total cost equation)
2. \( c = \frac{19.75}{5} \) (cost per bag)
So, the complete equation is:
\[
5c = 19.75
\]
This equation models the relationship between the total cost and the cost per bag of lemons.