Let n be the number of expected free throw until she makes the first throw.
Suppose the number of throws are 10, Then she will make 8 of the 10 throws. On 5 throws, she make 4 (80% of 5) and on 2 throws, she makes 1.6, it means one throw. We deduce that the expected number of free throws until she makes one is 2.
Answer:
5(7y + 3)
Step-by-step explanation:
10y + 15 + 25y
= 5 x 2y = 10y
= 5 x 3 = 15
= 5 x 5y = 25y
= 5(2y + 3 +5y)
So, the answer is 5(7y + 3).
Hope this helps! :)
Also Symbolab is a good website/app to use it'll give the steps and answer.
Answer:
is the slope
Step-by-step explanation:
rise over run
Answer:
B
Step-by-step explanation: Because for inverse functions, domain and range of functions exchange. In simple words, domain of function h(x) = range of inverse function & range of function h(x) = domain of inverse function.
