Answer:
Grew by 2%
Explanation:
Given: nominal GDP =12% positive value cause it grew by 12% during these years.
Population grew by 4%
GDP deflator = 6% positive value cause it also grew by 6%
Question says we must find real GDP per person for the 4 year term that the president has served for so we will use the formula to calculate GDP Deflator to actually solve for Real GDP as we know the formula is GDP Deflator= (nominal GDP per person%)/(Real GDP per person%)x100
So we already have the nominal GDP and the GDP deflator therefore we substitute to the above formula:
6% = (12%)/ (Real GDP per person percentage) x100, and now we solve for Real GDP per person%
Therefore we multiply both sides with Real GDP percentage and get:
Real GDP per person %( 6%) = 12% and then we divide both sides with 6%,
Therefore Real GDP is 2% so we also see that real GDP has actual grown by 2% because the GDP deflator grew instead of decreasing where nominal GDP is also positive so if we have a fraction where an answer is positive we know both fraction values must be positive pus if the GDP deflator increases both nominal and Real GDP increase and that’s the relationship they have.
The amount of annual depreciation by the straight-line method is $18,800.
<h3>Annual depreciation</h3>
a. Annual depreciation
Annual depreciation=[($80,000 - $4,800) ÷ 4]
Annual depreciation=$18,800
b. Annual depreciation
Year 1 Annual depreciation= 10% × $80,000
Year 1 Annual depreciation = $8,000
Year 2 Annual depreciation= 10% × ($75,000 - $7,500)
Year 2 Annual depreciation = $7,520
Therefore the amount of annual depreciation by the straight-line method is $18,800.
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The money left over the cost of making a product or providing a service
Answer:
4) Net working capital will not change.
Explanation:
The best answer to the question is the 4th option. The net working capital will not be changed if company would be usingcash to pay off their accounts payable. Also the difference that exists between current assets and current liabilities will also stay the same way as it was before. current ratio will go up to 5.5.
Thank you.
Answer:
Option (D) is correct.
Explanation:
Total Overhead Cost:
= (Overhead × Number of cases) for all products
= (20 × 350) + (25 × 550) + (17 × 650)
= 31,800
Total Machine Hours:
= Machine hours × Number of cases
= (5 × 350) + (3 × 550) + (4 × 650)
= 6,000
Overhead Rate:
= Total Overhead Cost ÷ Total Machine Hours
= 31,800 ÷ 6,000
= 5.30
Total product cost per case for Product GC:
= Direct Material + Direct Labor + Overhead
= 80 + 30 + (Machine hours × Overhead Rate)
= 80 + 30 + (3 × 5.3)
= 80.00 + 30.00 + 15.90
= $125.90
