Question

Q13: A coin is flipped 100 times, and 59 heads are observed. Find a 80% confidence...

Q13:

A coin is flipped 100 times, and 59 heads are observed. Find a 80% confidence interval of π (the true population proportion of getting heads) and draw a conclusion based on the collected data. Hint: Choose the best one.

please answer in the same format as these examples below

A) (0.471, 0.596) a 80% confidence interval of π and we conclude it is a fair coin.

or

H) (0.633, 0.692) a 80% confidence interval of π and we conclude it is not a fair coin.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A loonie is flipped 36 times and 11 heads are observed. A toonie is flipped 100...
A loonie is flipped 36 times and 11 heads are observed. A toonie is flipped 100 times and 50 heads are observed. Let \pi x= p[getting heads of the loonie] and \pi y = p[getting heads of the toonie]. a) Find a 90% CI for \pi x - \pi y. The left endpoint of the interval is _____ and the right endpoint of the interval is _____. b) If the following hypotheses are test: Ho: \pi x- \pi y =0...
A coin is tossed 54 times and 39 heads are observed. Would we infer that this...
A coin is tossed 54 times and 39 heads are observed. Would we infer that this is a fair coin? Use a 97% level confidence interval to base your inference. The sample statistic for the proportion of heads is:  (3 decimals) The standard error in this estimate is:  (3 decimals) The correct z* value for a 97% level confidence interval is:  (3 decimals) The lower limit of the confidence interval is:  (3 decimals) The upper limit of the confidence interval is:  (3 decimals) Based on...
A coin is tossed 73 times and 30 heads are observed. Would we infer that this...
A coin is tossed 73 times and 30 heads are observed. Would we infer that this is a fair coin? Use a 97% level confidence interval to base your inference. The sample statistic for the proportion of heads is:  (3 decimals) The standard error in this estimate is:  (3 decimals) The correct z* value for a 97% level confidence interval is:  (3 decimals) The lower limit of the confidence interval is:  (3 decimals) The upper limit of the confidence interval is:  (3 decimals) Based on...
1 A fair coin is flipped 15 times. Each flip is independent. What is the probability...
1 A fair coin is flipped 15 times. Each flip is independent. What is the probability of getting more than ten heads? Let X = the number of heads in 15 flips of the fair coin. X takes on the values 0, 1, 2, 3, ..., 15. Since the coin is fair, p = 0.5 and q = 0.5. The number of trials is n = 15. State the probability question mathematically. 2 Approximately 70% of statistics students do their...