23.8% of flowers of a certain species bloom "early" (before May 1st). You work for an arboretum and have a display of these flowers.  All probabilities here to 3 decimal places. a)  In a row of 38 flowers, what is the probability that 8 will bloom early?  b)  In a row of 38 flowers, what is the probability that fewer than 10 will bloom early?  c)  As you walk down the row of 38 these flowers, how many early blooming flowers do you expect to observe (on average)? (Keep your answer as a decimal.)

23.8% of flowers of a certain species bloom "early" (before May 1st). You work for an arboretum and have a display of these flowers.  All probabilities here to 3 decimal places.

a)  In a row of 38 flowers, what is the probability that 8 will bloom early? 

b)  In a row of 38 flowers, what is the probability that fewer than 10 will bloom early? 

c)  As you walk down the row of 38 these flowers, how many early blooming flowers do you expect to observe (on average)? (Keep your answer as a decimal.)