An importer wants to purchase N high quality cameras from Germany and sell them in Japan. The cost in Germany of each camera is E euros. He will sell them in Japan at Y yen, which will bring in a profit, given that the exchange rate is C yen per euro. Given the exchange rate of D US dollars per euro, which of the following represents his profit in dollars?
(A) N(YC - DE)
(B) ND(YC - E)
(C) ND[(Y/C) - E]
(D) N[(Y/C) - DE]
(E) ND(Y - E)/C
For a discussion of Ratios & Rates, as well as the OA & OE of this particular question, see:
https://magoosh.com/gmat/2014/rates-and-ratios/
Mike
An importer wants to purchase N high quality cameras from
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Let N=1, implying that 1 camera is purchased.Mike@Magoosh wrote:An importer wants to purchase N high quality cameras from Germany and sell them in Japan. The cost in Germany of each camera is E euros. He will sell them in Japan at Y yen, which will bring in a profit, given that the exchange rate is C yen per euro. Given the exchange rate of D US dollars per euro, which of the following represents his profit in dollars?
(A) N(YC - DE)
(B) ND(YC - E)
(C) ND[(Y/C) - E]
(D) N[(Y/C) - DE]
(E) ND(Y - E)/C
Let E=1, implying that the cost of the 1 camera is 1 Euro.
Let C=2, implying that 2 Yen = 1 Euro and that the cost of the camera is 2 Yen.
Let Y=10, implying that the camera is sold for 10 Yen.
Thus:
Profit = (10 Yen) - (2 Yen) = 8 Yen = 4 Euro.
Let D=3, implying that 1 Euro = $3.
Thus, a profit of 4 Euro is equal to $12. This is our target.
Now plug N=1, E=1, C=2, Y=10, and D=3 into the answers to see which yields our target of 12.
Only C works:
ND[(Y/C) - E] = (1*3)(10/2 - 1) = 12.
The correct answer is C.
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Here's an algebraic approach:Mike@Magoosh wrote:An importer wants to purchase N high quality cameras from Germany and sell them in Japan. The cost in Germany of each camera is E euros. He will sell them in Japan at Y yen, which will bring in a profit, given that the exchange rate is C yen per euro. Given the exchange rate of D US dollars per euro, which of the following represents his profit in dollars?
(A) N(YC - DE)
(B) ND(YC - E)
(C) ND[(Y/C) - E]
(D) N[(Y/C) - DE]
(E) ND(Y - E)/C
Expenses
Purchase N cameras at E euros each.
So, total expense = NE EUROS
Conversion: exchange rate is D US dollars per 1 euro
So, TOTAL expenses = NED dollars
Revenue
Sell N cameras at Y yen each.
So, total revenue = NY yen
Conversion from yen to euro: exchange rate is C yen per 1 euro. Or we can say, 1 yen = 1/C euro.
So, TOTAL revenue = NY/C euro
Conversion from euro to US dollars: exchange rate is D US dollars per 1 euro
So, TOTAL revenue = DNY/C dollars
----------------------
So, PROFIT = DNY/C - NED
= ND[(Y/C) - E]
= C
Cheers,
Brent
Cost of each camera in Germany is E euros
Selling price of each camera in Japan is Y yen, which is Y/C euros ( given that C yen per euro)
Profit per camera ( in euro) = Y/C - E
Profit for N cameras = N [ (Y/C) - E ]
now 1 euro = D $
so Profit for N camera in $ = DN [ (Y/C) - E ]
I hope its clear
Selling price of each camera in Japan is Y yen, which is Y/C euros ( given that C yen per euro)
Profit per camera ( in euro) = Y/C - E
Profit for N cameras = N [ (Y/C) - E ]
now 1 euro = D $
so Profit for N camera in $ = DN [ (Y/C) - E ]
I hope its clear