Answer:
12
Step-by-step explanation:
By adding on a 21, you will be left with 11 and 13 in the middle. You add those together then divide by two. Your answer should be 12.
You should try and put it in another way it doesn’t make sense
Answer:
58
Step-by-step explanation:
The midsegment has a length that is the average of the lengths of the parallel sides it is halfway between.
... LM = (38 +78)/2 = 116/2 = 58
F(x)= 300+(1+.5)^x is the answer for this question I believe
Answer:
The player shooting 390/434 is a free throw percentage of 89.86%. We can now estimate his probability of making the next 2 shots as (.8986)^2 = .8075.
So now to find the expected value, you just need to find the value of each possible outcomes (he makes both or he doesn't).
P(makes both) * (Value when you win) + P(misses both) * (value when you lose)
.8075 * $40 + (1-.8075)*(-$169)
32.2 - 32.53
= -$.23
For the second part, you already know the expected value of each possible game. So now you just need to multiply that by 588 to get your expected loss on 588 games.