Francesca bought a dress to wear to a wedding. The sales tax for the dress is 6%. She also paid $35, which was not taxed, to have the dress altered. If Francesca paid the store a total of $126.16, which equation can be solved to determine the price of the dress
A.
d
+
1
.
06
d
+
35
=
126
.
16
B.
1
.
06
(
d
+
35
)
=
126
.
16
C.
0
.
06
(
d
+
35
)
=
126
.
16
D.
d
+
0
.
06
d
+
35
=
126
.
16
Francesca bought a dress to wear to a wedding. The sales tax for the dress is 6%. She also paid $35, which was not taxed, to have the dress altered. If Francesca paid the store a total of $126.16, which equation can be solved to determine the price of the dress?
A. d+1.06d+35=12.6 ***
B.1.06(d+35)=126.16
C.0.006(d+35)=126.16
D.d+0.06d+35=126.16
The equation that can be solved to determine the price of the dress is B. 1.06(d + 35) = 126.16.
Explanation:
Let's break down the information given in the question:
Francesca bought a dress to wear to a wedding.
The sales tax for the dress is 6%.
She also paid $35, which was not taxed, to have the dress altered.
Francesca paid the store a total of $126.16.
Let's assume the price of the dress is 'd'.
We know that the total amount Francesca paid includes the price of the dress, the sales tax, and the alteration fee.
So, the equation to determine the price of the dress should include these components.
The sales tax is 6% of the price of the dress, which can be expressed as 0.06d.
The alteration fee is $35, which is not taxed.
Therefore, the equation can be written as the sum of the price of the dress (d), the sales tax (0.06d), and the alteration fee ($35), which should be equal to the total amount paid ($126.16).
Following these calculations, we get the equation:
1.06(d + 35) = 126.16
This equation takes into account the price of the dress, the sales tax, and the alteration fee. By solving this equation, we can determine the price of the dress.