Divide money amounts to find the percent one number is of another. Find the quotient. $\$ 30,000 \div \$ 120,000=0.25=25 \%$

$$\$ 120,000 \div \$ 400,000$$

$$\$ 5,000+\$ 125,000$$

$$\$ 150 \div \$ 1,000$$

$$\$ 12,000 \div \$ 60,000$$

Find the quotient and state it as a percent.

$$\$ 240,000 \div \$ 3,000,000$$

Use graph paper with 10 squares to the inch. Include a heading for each graph. In all graphs, make the bars 2 blocks wide; leave 2 blocks between bars.

Make a horizontal bar graph showing last year's sales in 6 selling areas of the Protect-A ll Company. Make each block on the horizontal scale equal to $2,000. Round each sales figure to the nearest$2,000 before entering it into the graph.

$$\begin{array}{|lllr|} \hline \text { Home Alarms } & \$ 110,365.20 & \text { Locks } & \$ 58,358.70 \\ \text { Car Alarms } & \$ 125,720.10 & \text { Steel Doors } & \$ 101,395.19 \\ \text { Garage Door Openers } & \$ 96,359.22 & \text { Repairs } & \$ 116,682.44 \\ \hline \end{array}$$

Rewrite $0.6$ as a percent.

Rewrite fractions as percents. Find the percent. $\frac{\$ 90}{\$ 450}=0.20=20 \%$

$$\frac{\$ 60}{\$ 500}$$

$$\frac{\$ 120}{\$ 480}$$

$$\frac{\$ 20}{\$ 100}$$

$$\frac{\$ 45}{\$ 900}$$

Refer to the horizontal bar graph for The Building Center.Refer to the horizontal bar graph for The Building Center.

For which two departments were the sales most nearly the same during the quarter?

A worker earns regular pay of $14.12 an hour . What will be the worker's timeand-a-half and double-time pay rates?

Find the sum.

$1,450 +$2,650

Find the difference.

$5,700 -$4,350

Find the least squares line for the data in the following table.

Use graph paper with 10 squares to the inch. Include a heading for each graph. In all graphs, make the bars 2 blocks wide; leave 2 blocks between bars.

Make a vertical bar graph with each vertical block equal to $20 that shows the daily sales of Unique Pottery. Label each multiple of$100 in the scale at the left.

$$Unique Pottery Daily Sales, February 7-12, 20-$$

Find the number of units per hour.

$$\begin{array}{|c c c c c|} \hline \textbf{Actual Time Worked} & \div & \textbf{Average Time per Unit} & = & \textbf{Number of Units}\\ \hline \text{50 minutes ( $\times$ 60)} & \div & 39.7 \text{ seconds} & = & ?\\ \hline \end{array}$$

You can buy a sewin g machine for $625 cash or pay$125 down and the balance in 12 monthly payments of $46. What is the installment price? By what percent would your installment price be greater than the cash price , to the nearest tenth percent?

Find the quotient, to the nearest hundredth: $3,647 \div 8$