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A retailer sells 5 shirts. The first two he sells for $64 and $39. If the retailer wishes to sell the 5 shirts for an overall average price of over $50, what must be the minimum average price of the remaining 3 shirts?
A. $49.00
B. $49.67
C. $50.00
D. $51.33
E. $55.50
The OA is A.
We know that the price for the first two is
$$64+39=103$$
Then, he wishes to sell the 5 shirts for an overall average price of over $50, then
$$Price_{total}=5\cdot50=250$$
Also, we know that the price for the remaining 3 is
$$250-103=147\ \Rightarrow A_{Remaining\ 3}=\frac{147}{3}=49$$
Is there a strategic approach to this PS question? Can any experts help me, please? Thanks!
A. $49.00
B. $49.67
C. $50.00
D. $51.33
E. $55.50
The OA is A.
We know that the price for the first two is
$$64+39=103$$
Then, he wishes to sell the 5 shirts for an overall average price of over $50, then
$$Price_{total}=5\cdot50=250$$
Also, we know that the price for the remaining 3 is
$$250-103=147\ \Rightarrow A_{Remaining\ 3}=\frac{147}{3}=49$$
Is there a strategic approach to this PS question? Can any experts help me, please? Thanks!





















