Answer:
$202,137.90
Explanation:
Year Annual payment Discount factor Present value
1 $28,000 0.965250965 $27,027.03
2 $32,000 0.931709426 $29,814.70
3 $66,000 0.899333423 $59,356.01
4 $99,000 0.868082454 $85,940.16
Total present value $202,137.90
The discount factor should be computed by
= 1 ÷ (1 + interest rate)^years
where,
rate is 3.6%
Year = 0,1,2,3,4 and so on
Answer:
unitary product cost= $102
Explanation:
Giving the following information:
Manufacturing costs Direct materials per unit $60
Direct labor per unit $22
Variable overhead per unit $8
Fixed overhead for the year $528,000
Units produced= 44,000
The absorption costing method includes all costs related to production, both fixed and variable<u>. The unit product cost is calculated using direct material, direct labor, and total unitary manufacturing overhead. </u>
Fi<u>rst, we need to calculate the unitary fixed overhead:</u>
Unitary fixed overhead= 528,000/44,000= $12
<u>Now, the unitary product cost:</u>
unitary product cost= 60 + 22 + 8 + 12
unitary product cost= $102
Answer:
The answer is "16 hours"
Explanation:
The 3 workers were paid an extra fee.

Their output rate will be sustained after the
hour,

Answer:
D) She volunteers to do the mundane tasks others avoid, and she does things like buying birthday cards for co-workers and organizing parties.
Explanation:
Noelle is someone that is an average performer, so she will be open to doing mundane tasks since she is not overly worried about having a star performance.
She is also some one that spends more time than she should socializing with friends in other departments.
So she would be more prone to buying birthday cards for co-workers and organizing parties.
Noelle is an average performer with good social skills so she will be one that does not prioritise performing better than others
Answer:
The required quarterly payment is $52,096
Explanation:
According to the given data we have the following:
Principal=$2,000,000×0.90=$1,800,000
I=8.1%/4=2.025%
N=15×4=60
Therefore, in order to calculate the required quarterly payment we would have to use the following formula:
quarterly payment=<u>$1,800,000</u><u>×2.025%</u>
1-(1+2.025%)∧-60
=$52,096