Answer:
$32,000
Explanation:
Net advantage = Annual operating cost
Net advantage = [(Old machine - New machine)*10 life] - New machine cost + Old machine cost
Net advantage = [($320000 - $240000)*10] - $800000 + $32000
Net advantage = [($80000)*10 - $768,000
Net advantage = $800,000 - $768,000
Net advantage = $32,000
So, the net advantage of replacing the old machine is $32,000
<span>A lack of trust between two parties engaged in international trade is exacerbated by the </span><span>problems of using an underdeveloped international legal system to enforce contractual obligations. When a strong internal legal system is put place, there is a better chance for trust to be held in trading. When doing international trade both parties need to understand their roles and responsibilities and hold up to the end of the deal. Without trust it's likely the two countries will stop trading with one </span>another.
Answer:
Variable cost per unit= $0.10
Explanation:
Giving the following information:
Cost Machine Hours
March $3,106 15,176
April 2,668 9,558
May 2,892 11,947
June 3,538 17,899
<u>To calculate the variable cost under the high-low method, 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= (3,583 - 2,668) / (17,899 - 9,558)
Variable cost per unit= $0.10
<span>You supply a good at a price of $5. You also earn a profit at this price. This means that your marginal cost could be less than $5.
Hope it helps.</span>