The Following Table Presents the Purchase Totals (In Dollars) of a Random

Multiple Choice

The following table presents the purchase totals (in dollars) of a random sample of gasoline purchases at a convenience store.
Construct a frequency distribution using a class width of 10, and using 0 as the lower class limit for the first class.
$$\begin{array} { r r r r r } \hline 76.59 & 48.55 & 93.66 & 60.17 & 39.10 \\93.28 & 65.43 & 34.12 & 80.41 & 77.16 \\80.07 & 93.46 & 39.19 & 43.84 & 44.70 \\68.74 & 89.98 & 6.97 & 52.86 & 68.93 \\\hline\end{array}$$

A)
$\begin{array}{l}\text { Convenience Store Gas Purchases }\\\begin{array}{cc}\hline \text { Amount (dollars) } & \text { Frequency } \\\hline 0.00-9.99 & 1 \\10.00-19.99 & 0 \\20.00-29.99 & 1 \\30.00-39.99 & 2 \\40.00-49.99 & 3 \\50.00-59.99 & 1 \\60.00-69.99 & 4 \\70.00-79.99 & 2 \\80.00-89.99 & 3 \\90.00-99.99 & 3 \\\hline\end{array}\end{array}$

B)
$\begin{array}{cc}\text { Convenience Store Gas Purchases } \\\hline \text { Amount (dollars) } & \text { Frequency } \\\hline 0.00-9.99 & 1 \\10.00-19.99 & 0 \\20.00-29.99 & 0 \\30.00-39.99 & 4 \\40.00-49.99 & 2 \\50.00-59.99 & 1 \\60.00-69.99 & 4 \\70.00-79.99 & 2 \\80.00-89.99 & 3 \\90.00-99.99 & 3 \\\hline\end{array}$

C)
$\begin{array}{l}\text { Convenience Store Gas Purchases }\\\begin{array}{cc}\hline \text { Amount (dollars) } & \text { Frequency } \\\hline 0.00-9.99 & 1 \\10.00-19.99 & 0 \\20.00-29.99 & 0 \\30.00-39.99 & 3 \\40.00-49.99 & 3 \\50.00-59.99 & 1 \\60.00-69.99 & 4 \\70.00-79.99 & 2 \\80.00-89.99 & 3 \\90.00-99.99 & 3 \\\hline\end{array}\end{array}$

D)
$\begin{array}{l}\text { Convenience Store Gas Purchases }\\\begin{array}{cc}\hline \text { Amount (dollars) } & \text { Frequency } \\\hline 0.00-9.99 & 1 \\10.00-19.99 & 0 \\20.00-29.99 & 0 \\30.00-39.99 & 3 \\40.00-49.99 & 3 \\50.00-59.99 & 1 \\60.00-69.99 & 4 \\70.00-79.99 & 2 \\80.00-89.99 & 4 \\90.00-99.99 & 2 \\\hline\end{array}\end{array}$