Answer:
1. $6,000
2. $60
3. $8,180
Explanation:
With the down payment equal to $2,000, amount Lindsay need finance to purchase car would be: $8,000 - $2,000 = $6,000
As Lindsay would pay for a term of 3 years
=> In each year, the amount finance is: $2,000
In one year, with APR = 3%, interest Lindsay has to pay on the loan of $2,000 is: $2,000 x 3% = $60
=> In three years, amount Lindsay pay for interest for the total finance is: $60 x 3 = $180
The actual cost of the car for Lindsay to own:
Actual cost = down payment + finance + interest = $2,000 + $6,000 + $180
= $8,180
Answer:
D.
Explanation:
The word 'iterative' is derived from the Latin word 'iterare', which means 'to repeat.'
Iterative is a term used to define a process of repetition to attain the desired outcome. It is a repetitive process performed to improve or do better than before.
The statement that correctly defines the term 'iterative' is option D. The statement talks about working in cycles (repetition) to get a desired result of (refined product).
Therefore, option D is correct.
Answer:
O'Hara Marine Co.
Depreciation Expense is:
$13,903
Explanation:
a) Data and Calculations:
sales = $75,500;
costs = $35,200;
addition to retained earnings = $9,580;
dividends paid = $8,420;
interest expense = $2,620;
tax rate = 23 percent
Net Income:
addition to retained earnings = $9,580;
dividends paid = $8,420
Total net income = $18,000
Pre-tax Income = $18,000/0.77 = $23,377
Income tax (23%) of $23,377 = $5,377
After Tax Income = $18,000 ($23,377 - 5,377)
Depreciation:
sales = $75,500
costs = $35,200
Gross profit = $40,300
Less interest (2,620)
Less net income (23,777)
Depreciation = $13,903
Answer:
The Amount of pension expense is $195,000
Explanation:
The computation of the amount of pension expenses reported is shown below:
Service cost $150,000
Interest on projected benefit obligation 63,000
Amortization of prior service $54,000
Less: Expected return on plan assets -$72,000
The Amount of pension expense is $195,000
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
Life cycle assessment
Explanation:
Life cycle assessment is a technique that is used to analyse the environmental impacts of products from the design stage through end life. This assessment technique helps to examine the environmental impacts of products throughout their lives. It consists of 5 stages of material extraction, manufacturing, packaging and transportation, use and end of life. This analysis is carefully designed to effectively estimate the environmental impacts.