If the camp counselor wants to make sure no more than 1 teenager in each tent is afraid of spiders, does it seem reasonable for him to randomly assign teenagers to tents? (Round your answer to two decimal places.) If the group of 11 teenagers in the tent is a random sample, then there is a % chance that 2 or more teenagers will be afraid of spiders in any particular tent. This probability is somewhat large Correct: Your answer is correct. , so the camp counselor should not Correct: Your answer is correct. randomly assign teenagers to their tents.

YES, there are 88% chances that no more than one of them is afraid of spider.

If there is group of 11 teenager in tent, then there is chance that 2 0r more teenager will be afraid of spider.

Step-by-step explanation:

Let A11 be the number of teenager. We want no more than one teenager in each tent is afraid of spider

P (C11≤1) = P (C11=0) + P (C11=1)

               = (11C0) 0.070. (1- 0.07)10 + (11C1). 0.071. (1- 0.07)10-1

               = 0.88

               = 88 %

Yes, it seems reasonable for him to randomly assign teenagers to tents.

There are 88% chances that no more than one of them is afraid of a spider, remaining are in his favor, and he can randomly assign.

If there is a group of 11 teenagers intent, then there is a chance that two 0r more teenagers will be afraid of a spider.

Probability = P (C11≤2)

                  = P(C11 = 2) + P  (C11=3) + P(C11 =4) + ……

          (Probability is somewhat large)

idk

step-by-step explanation:

step-by-step explanation:

to find if any function is an inverse of the other, put the first equation in as x in the next one. then simplify and solve. if at the end you get the statement y = x, then it is an inverse. if you get anything else, it is not.