Compute Empirical Probability
Solve the problem. Round to the nearest hundredth of a percent if needed.
-A traffic engineer is counting the number of vehicles by type that turn into a residential area. The table below shows the results of the counts during a four-hour period. What is the probability that the next
Vehicle passing is an SUV?

A) $33.13 \%$
B) $19.36 \%$
C) $34.76 \%$
D) $33.72 \%$

Question

Compute Empirical Probability
Solve the problem. Round to the nearest hundredth of a percent if needed.
-A traffic engineer is counting the number of vehicles by type that turn into a residential area. The table below shows the results of the counts during a four-hour period. What is the probability that the next
Vehicle passing is an SUV?

A) $33.13 \%$ 
B) $19.36 \%$ 
C) $34.76 \%$ 
D) $33.72 \%$

Quizplus · Accepted Answer

The Answer of Compute Empirical Probability
Solve the problem. Round to the nearest hundredth of a percent if needed.
-A traffic engineer is counting the number of vehicles by type that turn into a residential area. The table below shows the results of the counts during a four-hour period. What is the probability that the next
Vehicle passing is an SUV?

A) $33.13 \%$ 
B) $19.36 \%$ 
C) $34.76 \%$ 
D) $33.72 \%$

Compute Empirical Probability Solve the Problem 33.13%33.13 \%33.13% B) 19.36%19.36 \%19.36% C) 34.76%34.76 \%34.76%

Compute Empirical Probability
Solve the Problem $33.13 \%$ B) $19.36 \%$ C) $34.76 \%$