Answer:

For this case we can conclude that with 98% of confidence the true proportion of Drosophila in a population would be between 0.34 and 0.38.
But that doesn't means that we have 98% of PROBABILITY that the true proportion would be between 0.34 and 0.38, because we are constructing a confidence interval with sample data and we can't analyze this using probability.
Then the best answer is:
2. False
Step-by-step explanation:
For this case we have a confidence interval for the proportion of Drosophila in a population with mutation Adh-F to be given by:

For this case we can conclude that with 98% of confidence the true proportion of Drosophila in a population would be between 0.34 and 0.38.
But that doesn't means that we have 98% of PROBABILITY that the true proportion would be between 0.34 and 0.38, because we are constructing a confidence interval with sample data and we can't analyze this using probability.
Then the best answer is:
2. False
Answer:
Answer: 36,000 would be 20 percent. 72,000 would be 40 percent. Step-by-step explanation: You just divide 36,000 by 180,000
A possible answer for #12 could be 12.
as for #13, a possible answer could be 3/4
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i’m sorry if this is incorrect. i truly hope this helps!
48, -96
the pattern is mulitpy by -2
Answer:
72.5
Step-by-step explanation:
The plot shows the height of Team A players, so the 4 shortest one will be 69, 73, 74, 74
The combined height of the 4 shortest Team A player will be: 69+73+74+74= 290
The 4 shortest players on Team B also has the same combined height as the Team A. All of the 4 shortest players on Team B also have the same height, so to find the individual height you just need to divide the combined height(290) with the total player(4). The height of the shortest Team B player will be: 290/4 = 72.5