On January $1,1999,$ the euro became legal tender in 11 participating countries in Europe. Based on the exchange rate on one particular day, the linear function $d(x)=0.8881 x$ could be used to convert $x$ euros to U.S. dollars. On that day, what was the value in euros of 500 U.S. dollars?

in this problem, it gives us the function. Deal Vics is equal to 0.8881 x as a way to cover euros to us dollars with Ex being your Euros, Andy of X, equally your U S. Dollars. So this question and wants to know what was the value of euros of $500. So if D of X equals 500 you wouldn't know what is X. So we plug in 502 d of X equals 0.8881 x we divide off 0.8881 On both sides, these will cancel out and expense of equaling $562 in 99 cents.

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## Video Transcript

in this problem, it gives us the function. Deal Vics is equal to 0.8881 x as a way to cover euros to us dollars with Ex being your Euros, Andy of X, equally your U S. Dollars. So this question and wants to know what was the value of euros of $500. So if D of X equals 500 you wouldn't know what is X. So we plug in 502 d of X equals 0.8881 x we divide off 0.8881 On both sides, these will cancel out and expense of equaling $562 in 99 cents.

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