If p(x) is a function, then a real-world example might be
The amount of fish food, in grams required for the giant koi fish in the pond can be represented by the function

. If there are 50 fish, how many grams of fish food will you need?


Answer:
I think it's D but I am not sure.
The answer is 240. 16 players per team multiplied by 15 teams
Answer:

Step-by-step explanation:
There are

different ways to select the four numbers between 1 and 42. Only one of this ways is correct (successful to win).
There are 30 different ways select the single number between 1 and 30. Only one of them is correct.
The probability of winning the jackpot is

Step-by-step explanation:
iknow but its hard to expalin