You randomly choose an undergraduate student from a large state university. Let E be the event that the student is male, let F be the event that the student is an in-state student, and let G be the event that the student is at least 20 years old. If these three events are probabilistically independent, and if P(E) = 0.48, P(F) = 0.72, and P(G) = 0.55, which of the following is true (to the nearest three decimals)? a. P(student is an in-state male younger than 20) = 0.156
b. P(student is an out-of-state female younger than 20) = 0.168
c. P(student is an in-state female younger than 20) = 0.156
d. P(student is an out-of-state male at least 20) = 0.060

( a ) is the right answer .

Step-by-step explanation:

P(E) = 0.48

Probability of being male = .48

Probability of being female = .52

P(F) = 0.72

Probability of being in state  = .72

Probability of being out of state  = .28

P(G) = 0.55

Probability of being in at least 20 years   = .55

Probability of being less than 20  = .45

a )

P(student is an in-state male younger than 20)

= .72 x .48 x .45 = .1555 = .156

b )

P(student is an out-of-state female younger than 20)

= .28 x .52 x .45

= .065

c )

P(student is an in-state female younger than 20)

= .72 x .52 x .45 = .168

d )

P(student is an out-of-state male at least 20)

= .28 x .48 x .55 = .074

So , ( a ) is the right answer .

the highest percentage for deaths in construction from highest to lowest is as follows: falls, struck by objects, electrocution, and caught-in/between. these four are collectively known as fatal four.

in the case of falls, the type that is responsible for the overall highest death in the category is falls from roofs.

10 - 75

step-by-step explanation:

there's nothing attached so it's most likely anything in that range.