Answer:
The correct answer is D.
Explanation:
Giving the following information:
Total Cost Production (units)
April $119,400 281,300
May 92,000 162,800
June 99,000 238,000
<u>To calculate the variable cost per unit and the total fixed cost, we need to use the following formula:</u>
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (119,400 - 92,000) / (281,300 - 162,800)
Variable cost per unit= $0.231
Fixed costs= Highest activity cost - (Variable cost per unit * HAU)
Fixed costs= 119,400 - (0.231*281,300)
Fixed costs= $54,701
Answer:
D : All options are correct
Explanation:
- The marginal buyer is the essence of demand curve while marginal seller is essence of supply curve.
- @ Q = 500 units, Selling Price is set at SP = $35
- @ Q = 500 units, Buying Price is set at BP = $40
- Since, SP ≠ BP our equilibrium price would be $ 37.5 assuming the price elasticity of demand and supply are equal. In any case the equilibrium price would lie in between [ 35 , 40 ] such that to prevent a shortage of units in near future.
- Moreover, if the seller decides to sell at price $35 then he must sell goods greater than 500 units to reach the equilibrium profits. However, it could also lead to excess of units or surplus.
- We see that from selling the goods at SP = $35 while the buyer is willing to pay BP = $40 for 500 goods, the seller would be under-profiting and would be earning $5*500 = $2,500 less than he would at equilibrium price of $40 and selling units greater than 500. Hence, 500 goods is not an efficient quantity of goods.
Answer:
Let's say that the value of the US dollar goes down due to inflation.
A startup business would have to pay more money to it's employees, spend more money on products, try and charge the same prices, and lose a lot of money. Essentially, more money would be going out than coming in.
Answer:
year net cash flow
0 -$150,000
1 $80,000
2 $65,000
3 $50,000
4 $40,000
A) NPV = -$150,000 + ($80,000 x .87) + ($65,000 x .756) + ($50,000 x .658) + ($40,000 x .572) = -$150,000 + $69,600 + $49,140 + $32,900 + $22,880 = -$150,000 + $174,520 = $24,520
B) Yes , because the net present value indicates that the return on the proposal is greater than the minimum desired rate of return of 15%. Since the NPV is positive ($24,520), it means that the cash inflows are higher than the cash outflows when we use a 15% discount rate.
Answer:
The answer is C. procedure
Explanation:
I found it here: https://quizlet.com/155356515/chapter-3-automotive-vocab-flash-cards/