Question
The formula $S=C(1+r)^{t}$ models inflation, where $C=$ the value today, $r=$ the annual inflation rate, and $S=$ the inflated value t years from now. Use this formula to solve Exercises $67-68$. Round answers to the nearest dollar.If the inflation rate is $6 \%,$ how much will a house now worth $\$ 465,000$ be worth in 10 years?
Step 1
- The current value of the house, \( C \), is \$465,000. - The annual inflation rate, \( r \), is 6% or 0.06 when expressed as a decimal. - The number of years, \( t \), is 10. Show more…
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The formula $S=C(1+r)^{t}$ models inflation, where $C=$ the value today, $r=$ the anmual inflation rate, and $S=$ the inflated value $t$ years from now. Use this formula to solve. Round answers to the nearest dollar. If the inflation rate is $6 \%,$ how much will a house now worth $\$ 465,000$ be worth in 10 years?
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The formula $S=C(1+r)^{t}$ models inflation, where $C=t h e$ value today, $r=$ the annual inflation rate, and $S=$ the inflated value t years from now. Round answers to the nearest dollar. If the inflation rate is $6 \%,$ how much will a house now worth $\$ 465,000$ be worth in 10 years?
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