Answer: The Answer To Your Question Is 25n
Step-by-step explanation: 5(2+3n)
1. Do the Parenthesis: (2+3n)= 5n
2. Multiply: 5 times 5n= 25n
HOPE I WAS HELPFUL I KNOW THE ANSWER IS RIGHT......
Answer:
165 different teams of 3 students can be formed for competitions
Step-by-step explanation:
Combinations of m elements taken from n in n (m≥n) are called all possible groupings that can be made with the m elements so that:
- Not all items fit
- No matter the order
- Elements are not repeated
That is, a combination is an arrangement of elements where the place or position they occupy within the arrangement does not matter. In a combination it is interesting to form groups and their content.
To calculate the number of combinations, the following expression is applied:
It indicates the combinations of m objects taken from among n objects, where the term "n!" is called "factorial of n" and is the multiplication of all the numbers that go from "n" to 1.
In this case:
Replacing:
Solving:
being:
- 3!=3*2*1=6
- 8!=8*7*6*5*4*3*2*1=40,320
- 11!=39,916,800
So:
C= 165
<u><em>165 different teams of 3 students can be formed for competitions</em></u>
Answer:
x^5/4
Step-by-step explanation:
The first one
Answer: Harold must not charge more than X=30 per clock
Step-by-step explanation:
Based on Harold's profit equation, charging more than X=30 means Harold will have a profit of zero or a negative profit. therefore the price of a clock should range between 9 and 30