# Question: Suppose that 18 of the employees of a given corporation

Suppose that 18% of the employees of a given corporation engage in physical exercise activities during the lunch hour. Moreover, assume that 57% of all employees are male, and 12% of all employees are males who engage in physical exercise activities during the lunch hour.

a. If you choose an employee at random from this corporation, what is the probability that this person is a female who engages in physical exercise activities during the lunch hour?

b. If you choose an employee at random from this corporation, what is the probability that this person is a female who does not engage in physical exercise activities during the lunch hour?

a. If you choose an employee at random from this corporation, what is the probability that this person is a female who engages in physical exercise activities during the lunch hour?

b. If you choose an employee at random from this corporation, what is the probability that this person is a female who does not engage in physical exercise activities during the lunch hour?

## Answer to relevant Questions

In a study designed to gauge married women’s participation in the workplace today, the data provided in the file S04_05.xlsx were obtained from a sample of 750 randomly selected married women. Consider a woman selected at ...A fair coin (i.e., heads and tails are equally likely) is tossed three times. Let X be the number of heads observed in three tosses of this fair coin. a. Find the probability distribution of X.b. Find the probability that ...The “house edge” in any game of chance is defined as E(player’s loss on a bet) / Size of player’s loss on a bet For example, if a player wins $10 with probability 0.48 and loses $10 with probability 0.52 on any bet, ...The annual bonuses awarded to members of the management team and assembly-line workers of an automobile manufacturer depend largely on the corporation’s sales performance during the preceding year. The file S04_25.xlsx ...The file S04_34.xlsx shows the conditional distribution of the daily number of accidents at a given intersection during the winter months, X2, given the amount of snowfall (in inches) for the day, X1. The marginal ...Post your question