Answer:
$400 favorable
Explanation:
The computation of the volume variance is shown below:
Fixed overhead Volume Variance = Actual Overheads - Budgeted Overheads
where,
Actual overhead is
= 5,200 units × 2 hours × $1
= $10,400
And, the budgeted overhead is
= 5,000 units × 2 hours × $1
= $10,000
So, the volume variance is
= $10,400 - $10,000
= $400 favorable
We simply deduct the budgeted cost from the actual cost so that the difference could be come
Answer:
C. Team buy-in
Explanation:
It is correct to say that the attitude of constantly pushing the team to carry out the project is influenced by the team's lack of commitment.
This occurs when there are a number of problems in the project team, which can be caused by personal conflicts between the project members, lack of communication, lack of integration and difficulty in understanding the project objective.
The attitude of the project manager corresponds to a management support, which guarantees the continuity of the project through an effective management that coordinates and controls the project and prevents problems from becoming bigger and impacts on the realization of the project.
Answer:
4.76%
Explanation:
P[(1+i/4)^4 - 1] = A
$100,000*P[(1+i/4)^4 - 1] = $4,850
[(1+i/4)^4 - 1] = $4,850/$100,000
[(1+i/4)^4 - 1] = 0.0485
(1+i/4)^4 = 0.0485 + 1
(1+i/4)^4 = 1.0485
(1+i/4) = 1.0485^(1/4)
(1+i/4) = 1.01191
i/4 = 1.01191 - 1
i/4 = 0.01191
i = 0.01191*4
i = 0.04764
i = 4.76%
Answer:
$800,579.28
Explanation:
The sum of the monthly payments can be found by the "annuity due" formula:
A = P(1 +n/r)((1 +r/n)^(nt)-1)
where P is the monthly deposit, r is the annual interest rate, n is the number of times per year it is compounded, and t is the number of years.
For this problem, we have ...
A = $400(1 +12/.06)(1(1 +.06/12)^(12·40)-1) = $400(201)(1 -1.005^480 -1)
A = $800,579.28
The account balance after 40 years will be $800,579.28.