The answer is c. Be equal to the equilibrium wage.
Answer:
The present value of the annuity is $73,091.50
Explanation:
Use the following formula to calculate the present value of the annuity
Present value of annuity = ( Annuity Payment x Annuity factor for first 6 years ) + [ ( Annuity Payment x Annuity factor for after 6 years ) x Present value factor for 6 years ]
Where
Annuity Payment = $1,000
Annuity factor for first 6 years = 1 - ( 1 + 16%/12 )^-(6x12) / 16%/12 = 46.10028344
Annuity factor for after 6 years = 1 - ( 1 + 13%/12 )^-((17-6)x12) / 13%/12 = 70.0471029820
Present value factor for 6 years = ( 1 + 16%/12)^-(6x12) = 0.385329554163
Placing values in the formula
Present value of annuity = ( $1,000 x 46.10028344 ) + [ ( $1,000 x 70.0471029820 ) x 0.385329554163 ]
Present value of annuity = $46,100.28 + $26,991.22
Present value of annuity = $73,091.50
Range for marginal cost = $20 to $50
Since at the price of $60 total Marginal revenue on demand curve two = $20
Total Marginal revenue on demand curve on =$50
Hence $60 for the product is optimum for the range of marginal cost from $20 to $ 50.
Since the optimum level of price is where marginal cost is equal to marginal revenue.
The marginal cost of production includes all costs that vary with that level of production. For example, if a company needs to build an entirely new factory to produce more goods, the cost of building the factory is the marginal cost.
Marginal Cost = Change in Total Cost / Change in Quantity. Change in Total Cost = Total Cost of Manufacturing Including Additional Units – Total Cost of Manufacturing Regular Units. Quantity Change = Full Quantity Product with Additional Units - Full Quantity Product in Regular Units.
Learn more about Marginal Cost here: brainly.com/question/17230008
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No, because the date is there to help you stay on track
