Answer:
24414 combinations
Step-by-step explanation:
Solution:-
- We have 17 employees that needs to be managed for a project.
- We will choose all of our employees equally likely for 3 projects.
Project 1 = 8 spacings
- So we have 17 available employees to choose from. So we choose (combinations):
Project 1 = 17C8 = 24310 combinations
- We are left with 17 - 8 = 9 employees, for the next project:
Project 2 = 3 spacings
- So out of the available 9 employees project 2 would have:
Project 2 = 9C3 = 84 combinations
- We are left with 9 - 3 = 6 employees, for the next project:
Project 3 = 3 spacings
- So out of the available 6 employees project 3 would have:
Project 3 = 6C3 = 20 combinations
- The total number of combinations fro selecting 17 employees for each project would be:
24310 + 84 + 20 = 24414 combinations
Answer:
<em>Sonny's weekly gross salary was $575</em>
Step-by-step explanation:
<u>Equations</u>
Sonny works as a furniture salesman and earns a base weekly salary of $350 plus a 6% commission on sales.
This can be modeled by the function:
E(x)=350+0.06x
Where x dollars are his weekly sales.
We are given the total sales for a week are x=$3750, so his earnings are:
E(3750)=350+0.06*3750=575
Sonny's weekly gross salary was $575
Answer: x=115
Step-by-step explanation:
150 is the total.
150=35+x
150-35=115
3/5 because it is 0.6 which is bigger than .41
This is Scientific Notation here's what you have to do:
First find the Notation:
8.23×10^5
It positive so go to the right.
=823000.
Next do the same thing but with the next Notation:
3.19×10^8
Its positive so go to the right:
=319000000.
Then compare the Notation's
823000. and 319000000.
319000000. is bigger than 823000.
So your answer is 319000000. so its United States.
