The point guard of a basketball team has to make a decision about whether or not to shoot a three-point attempt or pass the ball to another player who will shoot a two-point shot. the point guard makes three-point shots 30 percent of the time, while his teammate makes the two-point shot 48 percent of the time. xi 3 0 p(xi) 0.30 0.70 xi 2 0 p(xi) 0.48 0.52 what is the expected value for each choice? should he pass the ball or take the shot himself? explain.

the expected value for the 3 point shot = (3 * 0.30) + (0 * 0.70) = 0.90

the expected value for the 2 point shot = (2 * 0.48) + (0 * 0.52) = 0.96

the expected value for the 2 point shot is higher than the 3 point shot so he should pass the ball

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step-by-step explanation:

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answer

a) the midrange of the data set shown is 85.5

step by step explanation

let's find the midrange.

the midrange is nothing but add the greatest value and the least value, then divide it by 2.

here the greatest value = 99

the least value = 72

midrange = (99 + 72)/2

= 171/2

midrange = 85.5

you.