Please help, I do not know understand how to do this problem, can you guide me in the right direction

Background Let's say that an athletic clothes and accessories company is creating a next-generation, high-accuracy accelerometer for athletes to measure their movements during specific activities. The company will be tuning their devices to accurately measure exertion during swimming, cycling, walking, jogging, running, and playing games such as golf and tennis. Depending on the activity and which part of the body the user is interested in, the company anticipates that the user may wish to affix the device to either their ankle, wrist, or upper arm. The company is trying to determine how many straps they need to include with the product and if they need to create separate men's and women's versions. About the Data For this lab, you need to download the body.csv dataset. Researchers recorded body dimension measurements (cm), age (years), weight (kg), height (cm), and gender (1 = male, 0 = female) of 507 individuals (247 men, 260 women). These individuals were primarily in their twenties and thirties, with a scattering of older men and women, and they all habitually exercise several hours per day. The measurements were taken at San Jose State University in San Jose, California, U.S. Naval Postgraduate School in Monterey, California, as well as dozens of health and fitness clubs in California.Bums-thus Use the variables ersminGlrm, AnkleMinGll-th, and BloepGirth to answer the following questions. Let's say that only one strap that adjusts between 15 and 21 centimeters (Inclusive) was Included. (Round your answers to four decimal places.) (a) Use the date to estimate the probability that a person would be able to t the strap around his or her wrist and ankle and upper arm. (b) Use the data to estimate the probability that a person would be able to fit the strap around his or her wrist or ankle or upper arm. (c) Use the data to estimate the probabllity that a person would be able to t the strap around hls or her wrist and either his or her ankle or upper arm. (d) Given the company's goals, does one stmp seem like a good solution to you? If In the end they onty Include one snap, how might they market the product and label the package? I This answer has not been graded yet. Let's say that one stlap that adjusts between 15 and 19 centimeters (inclusive) and another sbap that adjusts between 22 and 32 centimeters (Inclusive) were included. (Round your answers to four decimal places.) (a) Use the data to estimate the probability that a person would be able to fit the snaps around his or her wrist and ankle and upper arm. (b) Use the data to estimate the probability that a person would be able to t the straps around their wrist and either their ankle or their upper arm. (c) Use the data to estimate d1: probability that a person would be able to fit the straps around their wrist or their ankle or their upper arm