Chapter $5$ Time Value of Money Problems Set R Data

To what amounts will the following investments accumulate?

A$.$ $$36,487$ invested for $17$ years at $5\mathrm{.}0000$ percent compounded annually.

B$.$ $$36,487$ invested for $17$ years at $5\mathrm{.}0000$ percent compounded quarterly.

How many periods will the following take?

A$.$ $$33,333\mathrm{.}30$ to grow to $$50,000$ if invested at $11\mathrm{.}0000$ percent compounded annually.

B$.$ $$33,333\mathrm{.}30$ to grow to $$50,000$ if invested at $11\mathrm{.}0000$ percent compounded semi$-$annually.

At what rate would the following have to be invested?

A$.$ $$135,000$ to grow to $$175,000$ in $10$ years compounded annually.

B$.$ $$135,000$ to grow to $$175,000$ in $10$ years compounded semi$-$annually.

How much would you have to deposit today to receive the following future amounts?

A$.$ $$111,000$ to be received in $9$ years discounted back to the present at $6\mathrm{.}1275$ percent compounded annually.

B$.$ $$111,000$ to be received in $9$ years discounted back to the present at $6\mathrm{.}1275$ percent compounded monthly.

What would the payments be$?$

A$.$ If you finance $$189,000$ for $6$ years, paying $8\mathrm{.}3846$ percent, with monthly payments?

B$.$ If you finance $$189,000$ for $6$ years, paying $8\mathrm{.}3846$ percent, with annual payments?Chapter $5$ Time Value of Money Problems Set R Data

To what amounts will the following investments accumulate?

A$.$ $$36,487$ invested for $17$ years at $5\mathrm{.}0000$ percent compounded annually.

B$.$ $$36,487$ invested for $17$ years at $5\mathrm{.}0000$ percent compounded quarterly.

How many periods will the following take?

A$.$ $$33,333\mathrm{.}30$ to grow to $$50,000$ if invested at $11\mathrm{.}0000$ percent compounded annually.

B$.$ $$33,333\mathrm{.}30$ to grow to $$50,000$ if invested at $11\mathrm{.}0000$ percent compounded semi$-$annually.

At what rate would the following have to be invested?

A$.$ $$135,000$ to grow to $$175,000$ in $10$ years compounded annually.

B$.$ $$135,000$ to grow to $$175,000$ in $10$ years compounded semi$-$annually.

How much would you have to deposit today to receive the following future amounts?

A$.$ $$111,000$ to be received in $9$ years discounted back to the present at $6\mathrm{.}1275$ percent compounded annually.

B$.$ $$111,000$ to be received in $9$ years discounted back to the present at $6\mathrm{.}1275$ percent compounded monthly.

What would the payments be$?$

A$.$ If you finance $$189,000$ for $6$ years, paying $8\mathrm{.}3846$ percent, with monthly payments?

B$.$ If you finance $$189,000$ for $6$ years, paying $8\mathrm{.}3846$ percent, with annual payments?