Answer:
26762.74
Explanation:
Prior service cost amortization for 2020 can be calculated by first calculating the average time until the employee's retirement. After calculating the average time until retirement we will divide the service cost at that time
Workings
average time until retirment = 1880/330
average time until retirment = 5.69 years
prior service cost amortization for 2020 = $152,280/5.69
prior service cost amortization for 2020 = $26762.74
Answer:
$153,333
Explanation:
Calculation to determine What amount should Olympic recognize as compensation expense for 2016
Using this formula
Compensation expense =Total compensation/Vesting period
Let plug in the formula
Compensation expense=($5 x 92,000)/3 years
Compensation expense=$460,000/3 years
Compensation expense=$153,333
Therefore What amount should Olympic recognize as compensation expense for 2016 is $153,333
Answer: continuance commitment
Explanation:
The above scenario explains a continuance commitment. This occurs when a worker remains with a particular organization after he or she looks at both the benefits and costs of leaving and sees that the cost of leaving the organization outweighs the benefits.
In this case, even though Matrice has had several recruiters offering interviews for possible positions at different companies, he believes that he should stay as a result of the medical insurance benefits that he gets. This is thus referred to as continuance commitment.
Answer:
3) physical-asset specificity
Explanation:
In a business to business relationship, physical asset specificity refers to an asset, or product or service designed to fit a particular or specialized customer's need.
In this case, True Tomato needs a very specific type of bottle that probably no other ketchup manufacturer may use or want to use. So their bottle supplier specifically manufactures the tomato shaped bottle to meet True Tomato's specific requirements.
Answer:
The correct answer for option (a) is $1.15 and for option (b) is $1.33.
Explanation:
According to the scenario, the given data are as follows:
Present value (PV) = $1
Rate of interest (R) = 1.18% per month
Time period (for option a) (t1)= 12 months
Time period ( for option b) (t2)= 24 months
So, we can calculate the future value by using following formula:
FV = PV × ( 1 + R )^t
(a). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^12
= $1 × 1.1511610877
= $1.15
FV = PV × ( 1 + R )^t
(b). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^24
= $1 × 1.32517184983
= $1.33
