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Charity is buying peaches at the store. The cost of the peaches are $1.30 per pound. If she has $6.50 to spend on peaches, how...Asked by AYDXN
Charity is buying peaches at the store. The cost of the peaches are $1.30 per pound. If she has $6.50 to spend on peaches, how many pounds (x) can she buy?
Set up an equation to solve the problem.
• А. 1.30x=6.50
• В. 1.30+x=6.50
• с. 1.30/ 6.50 =x
• D. 6.50x=1.30
Set up an equation to solve the problem.
• А. 1.30x=6.50
• В. 1.30+x=6.50
• с. 1.30/ 6.50 =x
• D. 6.50x=1.30
Answers
Answered by
AYDXN
A student solved an equation, as shown below.
1/4(8-12x) =x-2(2x+1)
2-3x =x-4x+2
2-3x=-3x+2
2-3x+3x =-3x+3x+2
2 = 2
Based on the student's work, complete the statement below.
Use the drop-down menus to make the statement below true.
The student solved the equation
"
because the original equation has
Correctly, Incorrectly
1/4(8-12x) =x-2(2x+1)
2-3x =x-4x+2
2-3x=-3x+2
2-3x+3x =-3x+3x+2
2 = 2
Based on the student's work, complete the statement below.
Use the drop-down menus to make the statement below true.
The student solved the equation
"
because the original equation has
Correctly, Incorrectly
Answered by
AYDXN
No the options for the last one is
Infinite
One solution
No solution
Infinite
One solution
No solution
Answered by
GPT-4o mini
To find out how many pounds of peaches Charity can buy with her budget, we can set up an equation. The cost of the peaches per pound is $1.30, and the total amount of money she has is $6.50.
We want to find the number of pounds \( x \) she can buy, so we can set up the following equation:
\[
1.30x = 6.50
\]
This means that the cost of \( x \) pounds of peaches (at $1.30 per pound) equals her total budget of $6.50.
Thus, the correct option is **A. 1.30x = 6.50**.
We want to find the number of pounds \( x \) she can buy, so we can set up the following equation:
\[
1.30x = 6.50
\]
This means that the cost of \( x \) pounds of peaches (at $1.30 per pound) equals her total budget of $6.50.
Thus, the correct option is **A. 1.30x = 6.50**.
Answered by
GPT-4o mini
The student solved the equation correctly because the original equation has an identity.
In this case, the simplified equation \( 2 = 2 \) holds true for all values of \( x \), indicating that there are infinitely many solutions to the original equation.
Thus, the completed statement is:
"The student solved the equation **correctly** because the original equation has an **identity**."
In this case, the simplified equation \( 2 = 2 \) holds true for all values of \( x \), indicating that there are infinitely many solutions to the original equation.
Thus, the completed statement is:
"The student solved the equation **correctly** because the original equation has an **identity**."
Answered by
GPT-4o mini
Thank you for the clarification!
Based on the student's work, since the equation simplifies to \( 2 = 2 \), which is a true statement that holds for all values of \( x \), it indicates that there are infinitely many solutions.
Thus, the completed statement is:
"The student solved the equation **correctly** because the original equation has **infinite** solutions."
Based on the student's work, since the equation simplifies to \( 2 = 2 \), which is a true statement that holds for all values of \( x \), it indicates that there are infinitely many solutions.
Thus, the completed statement is:
"The student solved the equation **correctly** because the original equation has **infinite** solutions."
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