Theodore recieves a job offer that has a salary of \( \$ 65,000 \) per year. Assuming a 40 -hour workweek, and 50 workweeks per year, what is the offer's unit rate in dollars per hour? Round to the nearest cent, if necessary. Submit Question

Austin needs a summary of all general ledger accounts classified as fixed assets.Which QuickBooks report would be most useful?Profit and lossExpenses by vendor summaryIncome by customer summaryBalance sheet

Use the appropriate compound interest formula to find the amount that will be in each account, given the stated conditions. \( \$ 27,500 \) invested at \( 3.85 \% \) annual interest for 4 years compounded (a) daily ( \( \mathrm{n}=365 \) ); (b) continuously (a) The amount that \( \$ 27,500 \) invested at \( 3.85 \% \) annual interest for 4 years compounded daily ( \( n=365 \) ) is \( \$ \square \) (Round to the nearest cent as needed.) (b) The amount that \( \$ 27,500 \) invested at \( 3.85 \% \) annual interest for 4 years compounded continuously is \( \$ \square \) (Round to the nearest cent as needed.)

To purchase \( \$ 14,300 \) worth of machinery for her business, Christine made a down payment of \( \$ 1500 \) and took out a business loan for the rest. After 2 years of paying monthly payments of \( \$ 567.31 \), she finally paid off the loan. \( \begin{array}{ll}\text { (a) } \begin{array}{l}\text { What was the total amount Christine ended up paying for the machinery } \\ \text { (including the down payment and monthly payments)? } \\ \$ \square\end{array} \\ \text { (b) How much interest did Christine pay on the loan? }\end{array} \)

1e appropriate compound interest formula to find the amount that will be in each account, given the stated conditions. \( \$ 26,000 \) invested at \( 3.95 \% \) arrual interest for 2 yea ly \( (n=365) \); (b) continuously nd to the nearest cent as needed.) ne amount that \( \$ 26,000 \) invested at \( 3.95 \% \) annual interest for 2 years compounded continuously is \( \$ \square \) ind to the nearest cent as needed.)

When Justin drives between Austin to Houston, he drives an average speed of 65 miles per hour. It takes 2 hour and 30 minutes for Justin to make the trip. His car averages 30 miles per gallon of gas. If gas costs \( \$ 3.45 \) per gallon, what is Justin's cost for each mile driven?