Answer:
Hope they got this right this was a few months ago
Explanation:
Answer:
B.
Explanation:
Federal grants can be defined as financial aid or grants provided by the US grants from the general federal revenue. These grants are provided by the government for various purposes, and one of those purposes are for monetary help for college and education.
The ways in which federal grants or financial assisstance is provided to students is through scholarships, grants, student loans, and work study.
Scholarships are based on academic merit, talents, etc. It is a type of free education that can be earned if students excel in their studies.
Grants is a financial aid that does not need to be repaid unless service, which is promised in return of grant, is done. Example of grants are TEACH, FSEOG, etc.
Work study are those financial aids that helps students to earn on their own for their fees by doing a part-time job.
So, the correct answer is option B.
λ=3
, mu = 5
<u>Explanation</u>:
λ=3
mu = 5
states
0 - no customers
1- 1 customre
2 - 2 customers
Set up Equations
Rate of entry = Rate of exit
5P1 =3P0
5P2 + 3P0 = 5P1 + 3P1
3P1 = 5P2
P0 + P1 + P2 = 1
solve the above
1a) = 0 into P0 plus 1 into P1 plus 2 into P2
b) λ ( 1 minus P2) by λ = 1 - P2
c) change the paramater mu = 5 into 2 and solve a) again
Answer:
$13,780
Explanation:
For computing the overhead applied first we have to determine the predetermined overhead rate which is shown below:
Predetermined overhead rate = Total overhead cost ÷ Machine hours
= $810,900 ÷ 1,530 machine hours
= $530
Now the amount of overhead applied is
= predetermined overhead rate × number of machine hours used
= $530 × 26 machine hours
= $13,780
By multiplying the predetermined overhead rate with the number of machine hours used we can get the amount of overhead applied
Answer:
The correct answer is KISS Rule.
Explanation:
The KISS principle states that most systems work better if they remain simple than if they become complex; Therefore, simplicity should be maintained as a key design objective, and any unnecessary complexity should be avoided.
This principle is registered for the first time in the United States Navy in 1960, and is mainly attributed to Kelly Johnson, chief engineer at Lockheed Skunk Works.
According to FOLDOC, the online dictionary of the Imperial College Department of Computing, possibly has its origin in marketing and sales presentations, to be used later in the development of systems, especially to avoid that the successive developments in the designs are complicated.
