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Patty is ordering vests for her scout troop to wear in the Veterans Day parade. She ordered 1212 vests from the Festive Features clothing shop. Since this was a bulk order, Festive Features reduced the price of each vest by 6$6\$. The total came to 132$132\$. Which equation can you use to find the amount, vv, Festive Features normally charges for a vest?\newlineChoices:\newline(A) 12(v6)=13212(v - 6) = 132\newline(B) 12v6=13212v - 6 = 132\newline(C) 6v12=1326v - 12 = 132\newline(D) 6(v12)=1326(v - 12) = 132\newlineHow much does Festive Features normally charge for a vest?\newline___$\_\_\_\$

Full solution

Q. Patty is ordering vests for her scout troop to wear in the Veterans Day parade. She ordered 1212 vests from the Festive Features clothing shop. Since this was a bulk order, Festive Features reduced the price of each vest by 6$6\$. The total came to 132$132\$. Which equation can you use to find the amount, vv, Festive Features normally charges for a vest?\newlineChoices:\newline(A) 12(v6)=13212(v - 6) = 132\newline(B) 12v6=13212v - 6 = 132\newline(C) 6v12=1326v - 12 = 132\newline(D) 6(v12)=1326(v - 12) = 132\newlineHow much does Festive Features normally charge for a vest?\newline___$\_\_\_\$
  1. Understand the problem: Understand the problem.\newlinePatty ordered 1212 vests and got a discount of $6\$6 per vest. The total cost was $132\$132. We need to find the original price of each vest before the discount.
  2. Set up the equation: Set up the equation.\newlineLet vv be the normal price of a vest. Since Patty got a $6\$6 discount on each vest, the price she paid per vest is (v6)(v - 6). She bought 1212 vests, so the total cost is 1212 times the discounted price per vest. This gives us the equation 12(v6)=13212(v - 6) = 132.
  3. Identify the correct equation: Identify the correct equation from the choices.\newlineThe correct equation that represents the situation is 12(v6)=13212(v - 6) = 132, which is choice (A)(A).
  4. Solve for vv: Solve the equation for vv. We have the equation 12(v6)=13212(v - 6) = 132. To solve for vv, we first divide both sides by 1212 to isolate the term (v6)(v - 6). 12(v6)12=13212\frac{12(v - 6)}{12} = \frac{132}{12} v6=11v - 6 = 11
  5. Find the value of vv: Add 66 to both sides to find the value of vv.v6+6=11+6v - 6 + 6 = 11 + 6v=17v = 17