Answer:
The warranty period is for three years.
Explanation:
A warranty is a promise a buyer receives from the seller that the latter will repair or replace the product should it develop defects within a stated period. Warranties are granted with specific conditions. The universal condition is that the defects in the product are a result of the manufacturing process and not the buyers' misuse. The defect must occur within a stated period.
In the case of XYZ, the stated period is three years. However, the seller has introduced another condition of "or 30,000 miles whichever comes first." For business reasons, and from market experience, the seller expects that XYZ will use the vehicle at an average rate of 10,000 miles per year. At this rate, the warranty will last for three years. Should the buyer use the vehicle at a faster rate than this, the 30,000 miles will be exhausted earlier, which will bring the warranty to an end. If XYZ uses the vehicle at a slower or the expected rate, the warranty will last for three years.
Price Elasticity of Supply. The price elasticity of supply is calculated as the percentage change in quantity divided by the percentage change in price.
Using the Midpoint Method
PES = ((Q2-Q1) / ((Q2 + Q1) / 2)) / ((P2-P1) / ((P2 + P1) / 2))
PES = (((10) - (7)) / (((10) + (7)) / 2)) / (((50) - (40)) / (((50) + (40)) / 2))
PES = 1.59
the elasticity of beth's labor supply between the wages of $ 40 and $ 50 per hour is approximately 1.59
In this case, to 1% rise in price causes an increase in quantity supplied of 1.59%
answer:
the elasticity of beth's labor supply between the wages of $ 40 and $ 50 per hour is approximately 1.59
In this case, to 1% rise in price causes an increase in quantity supplied of 1.59%
Well according to my calculations and 20+ yrs of experience in business your answer should be 15,000
Answer:
The operating profit for this year amounts to $ 550,000
Explanation:
Operating Profit is computed below as:
Operating Profit = Revenue - Expense (Fixed Cost + Variable Cost)
= $1,950,000 - ($200,000 + $1,200,000)
= $1,950,000 - $1,400,000
= $550,000
Revenue = Number of frozen dinners × Selling Price
= 150,000 × $13
= $1,950,000
Variable Cost = Number of frozen dinners × Cost per frozen dinner
= 150,000 × $8
= $1,200,000