Answer:
c) $288,000
Explanation:
The computation of the cost of goods manufactured is shown below:
Cost of goods manufactured = Opening balance of Work in process + Manufacturing cost - Ending balance of Work in process
where,
Opening balance of Work in process equal to
= $42,000 × 100 ÷ 40
= $70,000
So, the cost of goods manufactured is
= $70,000 + $260,000 - $42,000
= $288,000
Answer:
The correct answer would be option C.
Explanation:
If there is a new co worker hired in my office, and its her beginning days, and I, along with other team members see that she is not as productive as other members of the team are, and we all have to work more and harder to make up for her work. So i would preferably give her advice and tips for how to get things done correctly and efficiently. I would not like to get her out of the office, rather i will try to make her understand the things as soon as possible and give her tips to increase her work efficiency. But if the problem continues, and I believe that she will not be able to cope up with us, then i will talk to the supervisor and suggest him that she might not be the best role for us. But i will go with option C.
Answer 1) Option B) Shift to the right.
Explanation : If the amount of land available to the company increases, the PPC will shift to the right. As the graph indicates, the PPC will grow by shifting on right side as the company is acquiring more land for building purpose.
Answer 2) Option C) Remain Unchanged.
Explanation : The company realizes it cannot construct any buildings on a portion of the land because it is at risk of a cave-in.
In this case, the PPC will remain unchanged. When the company realizes that no construction can be done on the portion of land because of its hollowness the PPC will remain to be undisturbed.
Answer:
d.Yes, income will increase by $30,000
Explanation:
The net profit from this order = Revenue – all expense related = number of unit sold x (price per unit – cost per unit) =
6,000 boxes x (price $15 – Direct materials $6 - Direct labor $2 - Variable overhead $2 - Fixed overhead $3 but avoidable) = 6000 x (15-6-2-2-0) = $30,000
