Question

A survey of 3000 North American men was taken. Each was asked if they (i) had ever been diagnosed with a any type of cancer and (ii) if they have ever smoked cigars. Of these 3000 men, 240 had indicated a diagnosis of cancer (past or current) in their lifetime; 270 had indicated they do/had smoked cigars (on a regular basis). 2655 had never been diagnosed with cancer nor have they ever smoked cigars. You are to randomly pick one North American man from this study. (a) Complete the probability table below. Enter your answers to four decimals. (Question Weight: 45%) | | P(had cancer) | P(did not have cancer) | Row Totals | | :--- | :---: | :---: | :---: | | P(smoked cigars) | | | | | P(never smoked cigars) | | | | | Column Totals | | | | (b) Compute the probability that the man chosen has had cancer or does/had smoked cigars (Question Weight: 20%) Answer = [ ] (use four decimals in your answer) (c) Compute the probability that the man chosen either has only had cancer or only has smoked cigars. (Question Weight: 20%) Answer = [ ] (use four decimals in your answer) (d) Select the most appropriate statement from the list below. (Question Weight: 15%) A. From these data, the events of (i) cancer and (ii) smoking cigars are not mutually exclusive events. B. From these data, the events of (i) cancer and (ii) smoking cigars are mutually exclusive events. C. Having been diagnosed with cancer and smoking cigars are related events. Therefore these events are mutually exclusive events. D. Having been diagnosed with cancer and smoking cigars are unrelated events. Therefore these events are not mutually exclusive events.

          A survey of 3000 North American men was taken. Each was asked if they (i) had ever been diagnosed with a any type of cancer and (ii) if they have ever smoked cigars. Of these 3000 men, 240 had indicated a diagnosis of cancer (past or current) in their lifetime; 270 had indicated they do/had smoked cigars (on a regular basis).
2655 had never been diagnosed with cancer nor have they ever smoked cigars.

You are to randomly pick one North American man from this study.
(a) Complete the probability table below. Enter your answers to four decimals. (Question Weight: 45%)

| | P(had cancer) | P(did not have cancer) | Row Totals |
| :--- | :---: | :---: | :---: |
| P(smoked cigars) | | | |
| P(never smoked cigars) | | | |
| Column Totals | | | |

(b) Compute the probability that the man chosen has had cancer or does/had smoked cigars (Question Weight: 20%)
Answer = [ ] (use four decimals in your answer)
(c) Compute the probability that the man chosen either has only had cancer or only has smoked cigars. (Question Weight: 20%)
Answer = [ ] (use four decimals in your answer)
(d) Select the most appropriate statement from the list below. (Question Weight: 15%)
A. From these data, the events of (i) cancer and (ii) smoking cigars are not mutually exclusive events.
B. From these data, the events of (i) cancer and (ii) smoking cigars are mutually exclusive events.
C. Having been diagnosed with cancer and smoking cigars are related events. Therefore these events are mutually exclusive events.
D. Having been diagnosed with cancer and smoking cigars are unrelated events. Therefore these events are not mutually exclusive events.

A survey of 3000 North American men was taken. Each was asked if they (i) had ever been diagnosed with a any type of cancer and (ii) if they have ever smoked cigars. Of these 3000 men, 240 had indicated a diagnosis of cancer (past or current) in their lifetime; 270 had indicated they do/had smoked cigars (on a regular basis).
2655 had never been diagnosed with cancer nor have they ever smoked cigars.

You are to randomly pick one North American man from this study.
(a) Complete the probability table below. Enter your answers to four decimals. (Question Weight: 45%)

| | P(had cancer) | P(did not have cancer) | Row Totals |
| :— | :—: | :—: | :—: |
| P(smoked cigars) | | | |
| P(never smoked cigars) | | | |
| Column Totals | | | |

(b) Compute the probability that the man chosen has had cancer or does/had smoked cigars (Question Weight: 20%)
Answer = [ ] (use four decimals in your answer)
(c) Compute the probability that the man chosen either has only had cancer or only has smoked cigars. (Question Weight: 20%)
Answer = [ ] (use four decimals in your answer)
(d) Select the most appropriate statement from the list below. (Question Weight: 15%)
A. From these data, the events of (i) cancer and (ii) smoking cigars are not mutually exclusive events.
B. From these data, the events of (i) cancer and (ii) smoking cigars are mutually exclusive events.
C. Having been diagnosed with cancer and smoking cigars are related events. Therefore these events are mutually exclusive events.
D. Having been diagnosed with cancer and smoking cigars are unrelated events. Therefore these events are not mutually exclusive events.

Added by Thakare D.

Question

Please give Ace some feedback