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Answer :
To find the probability that a dormitory resident chosen at random from this group has had a flu shot, given that he is male, we need to focus on the male residents who had a flu shot and the total number of male residents surveyed.
Here's how to solve the problem step by step:
1. Identify the number of males who received a flu shot.
- According to the data, 39 male residents received a flu shot.
2. Identify the total number of male residents surveyed.
- The total number of male residents surveyed is 51.
3. Calculate the probability.
- The probability that a dormitory resident chosen at random from this group has had a flu shot, given that he is male, is the number of males who had a flu shot divided by the total number of males surveyed.
- So, the probability is calculated as [tex]\( \frac{39}{51} \)[/tex].
4. Simplify the fraction.
- Simplifying [tex]\( \frac{39}{51} \)[/tex] gives us approximately 0.7647.
Thus, the probability that a randomly chosen male resident has had a flu shot is approximately 0.765, or [tex]\( \frac{13}{17} \)[/tex] in simplified fractional form.
Here's how to solve the problem step by step:
1. Identify the number of males who received a flu shot.
- According to the data, 39 male residents received a flu shot.
2. Identify the total number of male residents surveyed.
- The total number of male residents surveyed is 51.
3. Calculate the probability.
- The probability that a dormitory resident chosen at random from this group has had a flu shot, given that he is male, is the number of males who had a flu shot divided by the total number of males surveyed.
- So, the probability is calculated as [tex]\( \frac{39}{51} \)[/tex].
4. Simplify the fraction.
- Simplifying [tex]\( \frac{39}{51} \)[/tex] gives us approximately 0.7647.
Thus, the probability that a randomly chosen male resident has had a flu shot is approximately 0.765, or [tex]\( \frac{13}{17} \)[/tex] in simplified fractional form.
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