Answer:
A. The probability that you make a second free throw given that you made the first free throw.
Step-by-step explanation:
Step 1
The first step is to use the definition of conditional probability. Conditional probability is the probability that one event happens given that another even has happened.
Step 2
Explain why statement A is the correct example of conditional probability.
The statement "The probability that you make a second free throw given that you made the first free throw" is correct because it implies that the first event influences the occurrence of the second event. This makes the probability distribution conditional in this case.
Assuming one electrician-day is the same as another, the total job is ...
... (18 electricians)×(35 days) = 630 electrician·days
When that work is split among 28 electricians, it can be expected to take ...
... (630 electrician·days)/(28 electricians) = 22.5 days
You would have to find the height.
To do this, you cut the triangle from the upper vertex to the base to create two new triangles.
Then you use the Law of Cosines. You could use the google calculator for this by searching “law of cosines calculator” and inputting the values, but in case of a test, the formula is a^2 = b^2 + c^2 - 2bc cosA
If you could provide an example of a triangle, I will gladly help you with the steps! Hope this helped!
3x-6y. you need to take away the parentheses and combine like terms