Use the appropriate compound interest formula to compute the balance in the following accounts after the stated period of time.

$\$ 10,000$ is invested for $10$ years with an $\mathrm{APR}$ of $2 \%$ and quarterly compounding.

Use the appropriate compound interest formula to compute the balance in the following accounts after the stated period of time.

$\$ 10,000$ is invested for $5$ years with an $\mathrm{APR}$ of $2.75 \%$ and monthly compounding.

Use the table discussed before or the appropriate formula.

Compute the compound amount and the interest on a loan of $\$ 10,500$ compounded annually for four years at $10 \%$.

Use the appropriate compound interest formula to compute the balance in account after the stated period of time. $\$ 15,000$ is invested for $15$ years with an APR of $4.2 \%$ and monthly compounding.

If $5,000 is invested at 5% compounded monthly, what is the amount after (A) 2 years? (B) 4 years?

Determine the annual percentage yield (APY) for the given nominal annual interest rate and compounding frequency. Determine the annual percentage yield (APY) for the given nominal annual interest rate and compounding frequency.

Use the appropriate compound interest formula to compute the balance in the following accounts after the stated period of time.

$\$ 2000$ is invested for $15$ years with an $\mathrm{APR}$ of $5 \%$ and monthly compounding.

Net cash flow. The following tables show expenses and income for various individuals. Find each person's net monthly cash flow (it could negative or positive). Assume that salaries and wages are after taxes, and assume 1 month = 4 weeks.

Income	Expenses
Part-time job: $600/month College fund from grandparents: $400/month Scholarship: $5000/year	Rent: $450/month Groceries $50/week Tuition and fees: $3000 twice a year Incidentals: $100/week

Find the value of $10,000 invested for 8 years at 8% interest if the compounding is done: a. quarterly. b. continuously.

Use the compound interest formula to compute the balance in the following accounts after the stated period of time, assuming interest is compounded annually.

$\$ 5000$ is invested at an $\mathrm{APR}$ of $3.1 \%$ for $12$ years.

Use the compound interest formula to compute the balance in the following accounts after the stated period of time, assuming interest is compounded annually.

$\$ 40,000$ is invested at an $\mathrm{APR}$ of $2.8 \%$ for $30$ years.

Calculate the amount of money​ you'll have at the end of the indicated time​ period, assuming that you earn simple interest.

You deposit ​$3,400 in an account with an annual interest of 3.3​% for 20 years. The amount of money​ you'll have at the end of 20 years is?

By using the compound interest formula to compute the balance in account after the stated period of time, assuming that interest is compounded annually. $\$ 40,000$ is invested at an APR of $2.8 \%$ for $30$ years.

By using the compound interest formula to compute the balance in account after the stated period of time, assuming that interest is compounded annually. $\$ 20,000$ is invested at an APR of $3.5 \%$ for $20$ years.