Question
Exchange Rates The relative value of currencies fluctuates every day. When this problem was written, one Canadian dollar was worth 1.0573 U.S. dollar.(a) Find a function $f$ that gives the U.S. dollar value $f(x)$ of $X$ Canadian dollars.(b) Find $f^{-1} .$ What does $f^{-1}$ represent?(c) How much Canadian money would $\$ 12,250$ in U.S. currency be worth?
Step 1
0573 U.S. dollars. So, if we have $X$ Canadian dollars, the equivalent in U.S. dollars would be $1.0573X$. Therefore, the function $f$ that gives the U.S. dollar value $f(x)$ of $X$ Canadian dollars is $f(x)=1.0573x$. Show more…
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Exchange Rates The relative value of currencies fluctuates every day. When this problem was written, one Canadian dollar was worth 1.0573 U.S. dollar. (a) Find a function $f$ that gives the U.S. dollar value $f(x)$ of $X$ Canadian dollars. (b) Find $f^{-1} .$ What does $f^{-1}$ represent? (c) How much Canadian money would $\$ 12,250$ in U.S. currency be worth?
Exchange Rates The relative value of currencies fluctuates every day. When this problem was written, one Canadian dollar was worth 0.9766 U.S. dollars. (a) Find a function $f$ that gives the U.S. dollar value $f(x)$ of $x$ Canadian dollars. (b) Find $f^{-1} .$ What does $f^{-1}$ represent? (c) How much Canadian money would $\$ 12,250$ in U.S. currency be worth?
Functions
One-to-One Functions and Their Inverses
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