Answer:
Variable cost per copy =$ 0.03
Explanation:
The high and low techniques helps to analyse a cost into its variable and fixed cost component.
The formula is given below:\
Variable cost per copy = (cost at high act. - cost at low act)/(high act - low act)
Fixed cost = cost at high activity - (Vc/copy × high act)
VC per copy = ( 195 - 162)/(3500-2400) copies
=$ 0.03 per copy
Total fixed cost = 195 - (0.03× 3500)
= 195 - 105
=$90
Answer:
the process capability index for the process is 0.4761
Explanation:
The computation of the process capability index for the process is shown below:
= minimum of [(23.3-23.1) ÷ (3 × 0.14),(23.1 - 22.8) ÷ (3 × 0.14)]
= minimum of (0.4761, 0.7142)
= 0.4761
Hence, the process capability index for the process is 0.4761
The same should be considered and relevant
Answer:
D) inventory
Explanation:
Inventory: Inventory is the stock of the company. It passed through various cycles i.e. raw material, work in progress, finished goods. When the cycle is finished then the product is ready to sell in the market.
Moreover, the recording of the stock is done based on the cost or market value whichever is lower.
In the given question, operation management uses the storage facility. So, the storage facility is used to store the inventory. Here, the storage facility means the warehouse in which the company products are kept for safety measurement.
Thus, all other options are incorrect except D option
Answer:
The NPV = $1578.185602 rounded off to $1578.19
As the NPV is positive, the project should be accepted.
Explanation:
The Net Present Value or NPV is a tool used to evaluate projects. It is used with various other tools to decide whether to undertake a project or not. To calculate the Net Present Value or NPV, we take the present value of the cash inflows provided by the project and deduct the initial cost of the project. If the NPV is positive, we should proceed with the project and vice versa.
NPV = CF1 / (1+r) + CF2 / (1+r)^2 + ... + CFn / (1+r)^n - Initial Cost
Where,
- CF1, CF2, ... represents cash flow in Year 1, Year 2 and so on.
- r is the required rate of return
NPV = 3200 / (1+0.17) + 3200 (1+0.17)^2 + 3200 (1+0.17)^3 +
3200 (1+0.17)^4 + 5700 (1+0.17)^5 - 9800
NPV = $1578.185602 rounded off to $1578.19
