Answer: Sell before assembly, the company will be better off by $1 per unit.
Explanation:
To solve the above question, we need to calculate the incremental profit or loss first. This will be:
= After assembling sales value - Unassembled unit sales value - Coat if further processing
= $87 - $62 - $26
= -$1
Since there is an incremental loss of $1, then the correct answer is "Sell before assembly, the company will be better off by $1 per unit".
The greatest risk of a low-cost provider strategy is getting lost with overly high price reduction and ending up with lower profit.
<h3>Low-cost / low-price advantage </h3>
It results in high profit only if;
- (1) prices are reduced by less than the size of the cost advantage or
- (2) the added volume is large enough to bring in a bigger total profit despite lower margins per unit sold.
Therefore, the greatest risk is a low profit.
learn more on low cost strategy from here: brainly.com/question/5516605
Answer:
$50.57 ; $175,573.6
Explanation:
The computation of the fixed and variable portions of overhead costs based on machine-hours using high low method is shown below:
Variable cost per hour = (High Overhead cost - low overhead cost) ÷ (High machine hours - low service hours)
= ($581,145 - $503,775) ÷ (8,020 hours - 6,490 hours)
= $77,370 ÷ 1,530 hours
= $50.57
Now the fixed cost equal to
= High overhead cost - (High machine hours × Variable cost per hour)
= $581,145 - (8,020 hours × $50.57)
= $581,145 - $405,571.4
= $175,573.60
I think the answer is convergent plate boundaries, but I am not positive. hope this helps :)
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