Answer:
Variable cost per unit= $1.92 per car wash
Explanation:
Giving the following information:
$5,400, occurred in July when 2,700 cars were washed and the lowest bill, $3,100, occurred in February when 1,500 cars were washed.
To determine the variable cost, we need to use the high-low method:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (5,400 - 3,100) / (2,700 - 1,500)= $1.92 per car wash
Answer:
central tendency distributional error
Explanation:
There are three types of distributional errors:
- severity.- when the person in charge of rating is too strict and rates the employees with a poor grade.
- leniency.- when the person in charge of rating is too lenient and rates the employees with a high grade.
- central tendency.- when the person in charge of rating does not want to assume responsibility and rates the employees with a middle grade, not bad, not good.
Answer:
Overhead rate is $30.4
So option (c) is correct option
Explanation:
We have given total estimated overhead = $85120
Estimated direct labor hours = 2800
Actual manufacturing overhead for the year = $86870
Actual labor hour = 2700
We have to find overhead rate for the year
Overhead rate is equal to the ratio of estimated overhead to estimated labor hour
Therefore overhead rate
$
So option (c) is correct
Answer:
C. deep-level diversity
Explanation:
Deep-level diversity is a type of diversity among individuals that is not easily observable, and includes traits such as working styles, values, beliefs, cognitive, or decision-making styles. These are usually psychological. These traits are less observable.
According to the information given in the question above about the Olivia and her employees, we can infer that Olivia and her employee display deep-level diversity, as the designers have traits that are not easily observable such as the different working styles they have while they still work effectively together as a team.