Answer each sub-question by stating whether the term indicated would increase, d

Question

Answer each sub-question by stating whether the term indicated would increase, decrease, stay the same, or not enough info to say. (Note: “increase” and “decrease” refer to the absolute value.)
A. In the binomial distribution, as N decreases, what happens to the value of the most likely outcome when P = .50?

B. For any N, as P increases from .10 to .50, what happens to the value of the most likely outcome?

C. For any N, as P increases from .50 to .90, what happens to the value of the most likely outcome?

D. When P = .5, what happens to the probability of the most likely individual outcome, as N increases?

E. When P = .8, what happens to the probability of the most likely individual outcome, as N increases?

F. In the binomial distribution, what happens to the value of the most likely individual outcome as N increases and, at the same time, P increases?

G. When P = .5, what happens to the individual probabilities of the very most extreme outcomes (that is, the very highest and lowest possible outcomes) as N increases?
Answer each sub-question by stating whether the term indicated would increase, decrease, stay the same, or not enough info to say. (Note: “increase” and “decrease” refer to the absolute value.)
A. In the binomial distribution, as N decreases, what happens to the value of the most likely outcome when P = .50?

B. For any N, as P increases from .10 to .50, what happens to the value of the most likely outcome?

C. For any N, as P increases from .50 to .90, what happens to the value of the most likely outcome?

D. When P = .5, what happens to the probability of the most likely individual outcome, as N increases?

E. When P = .8, what happens to the probability of the most likely individual outcome, as N increases?

F. In the binomial distribution, what happens to the value of the most likely individual outcome as N increases and, at the same time, P increases?

G. When P = .5, what happens to the individual probabilities of the very most extreme outcomes (that is, the very highest and lowest possible outcomes) as N increases?

A. In the binomial distribution, as N decreases, what happens to the value of the most likely outcome when P = .50?

B. For any N, as P increases from .10 to .50, what happens to the value of the most likely outcome?

C. For any N, as P increases from .50 to .90, what happens to the value of the most likely outcome?

D. When P = .5, what happens to the probability of the most likely individual outcome, as N increases?

E. When P = .8, what happens to the probability of the most likely individual outcome, as N increases?

F. In the binomial distribution, what happens to the value of the most likely individual outcome as N increases and, at the same time, P increases?

G. When P = .5, what happens to the individual probabilities of the very most extreme outcomes (that is, the very highest and lowest possible outcomes) as N increases?

Explanation / Answer

Ans:

(when n increases or p increases,np will increases,so most likely value increases)

a)when n increases,most likely value i.e. value having higjest probability will increase.

b)when p increases from 0.1 to 0.5,most likely value will increase.

c)when p increases from 0.5 to 0.9,most likely value will increase.

d)when p=0.5 and n increases,most likely value increase.

e)when p=0.8 and n increases,most likely value increase.

f)when n and p both increases,most likely value increase.

g)when p=0.5 and n increases,most extreme probability decreases.

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