It’s C) The geocentric orientation
I hope this helped out, have a nice day! :)
Answer:
The manufactured overhead was under-estimated.
Explanation:
Giving the following information:
The actual manufacturing overhead costs incurred were $515,000.
Estimated Manufacturing overhead was $500,000.
Overhead allocation is the distribution of indirect costs to produced goods. When the administration has undervalued and under-funded the amount of money needed for non-production costs, they have under-allocated overhead.
<u>Over applied manufacturing overhead:</u>
<u></u>
Applied overhead>Actual overhead
<u>Under applied manufacturing overhead:</u>
Applied overhead<Actual overhead
In this exercise:
Actual manufacturing overhead - Estimated Manufacturing overhead= 515000- 500000= 15000
The manufactured overhead was under-estimated.
Answer:
d. $1,200
Explanation:
The computation of the interest expense is shown below:
= Principal × rate of interest × number of days ÷ (total number of days in a year)
= $80,000× 6% × (90 days ÷ 360 days)
= $1,200
We simply apply the simple interest formula
Since the number of days and the total number of days are given so we considered the same for the computation part.
Standard deviation is an amount of the dispersion of a group of data from its mean. It is computed as the square root of variance by distinguishing the variation amid each data point relative to the mean. If the data points are distant from the mean, there is greater deviation within the data set. But since not all are given in this problem Dot can use some previous knowledge about the population, undertake a pilot study or approximation the range (7), and divide by 6.
Answer:
variable overhead efficiency variance= $22,780 unfavorable
Explanation:
Giving the following information:
Standard hours per unit of output 7.0 hours
Standard variable overhead rate $ 13.40 per hour
Actual hours 2,725 hours
The actual output of 150 units
To calculate the variable overhead efficiency variance, we need to use the following formula:
variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 150*7= 1,050 hours
variable overhead efficiency variance= (1,050 - 2,750)*13.4
variable overhead efficiency variance= $22,780 unfavorable
