The doctrine that allows for a more flexible use of copyrighted material such as for educational purposes is known as ____

Which of the following is true? Overhead costs are often affected by many issues and are frequently too complex to be explained

11111nata11111 [884]

Answer:

Overhead costs are often affected by many issues and are frequently too complex to be explained by any one factor.

Explanation:

An overhead cost is not directly defined, to be that of material, or labor, or any other unit, overhead include, many factors, electricity usage, machine hours usage, water usage, or the capacity utilization of machinery, and various other factors. Since its computation and allocation is not clear many a times, a single overhead like that of electricity, has many factors, ideal usage of electricity, or machine hours used in production or simply the total cost of overheads for that month or building or etc: and its utilization. In short, to conclude we can state that overhead costs are complex in nature.

All other options are false.

Final Answer

Overhead costs are often affected by many issues and are frequently too complex to be explained by any one factor.

8 0

3 years ago

**ECONOMICS** Which action would most likely limit a person's success in the workplace?

Anna11 [10]

Answer:

D

Explanation:

if you refuse to tell others the problem then you risk everything

5 0

3 years ago

Read 2 more answers

What happens when you do not make a decision?

DENIUS [597]

Making decisions are always an important part. But failure in making decision may cause something unexpected. in most of the time a right decision at right time helps a lot... so for making a good decision one should follow some steps- like what are the good aspect if someone take this decision and what are the negative impact of this decision and if the probability of positiveness is more... than one should take that decision.. and if someone have confusion between what to do? and have to decide which decision to take among many ideas in mind one should do the same steps but this time he/she should write them in a page for each decision a single page and than take the one which is prominent..

4 0

3 years ago

Read 2 more answers

PA11.

NARA [144]

Answer:

Using Traditional allocation method

Allocation rate per unit

= Budgeted overhead

Budgeted direct labour hours

Brass

Overhead allocation rate

= $47,500

700 hours

= $67.86 per direct labour hour

Gold

= $47,500

1,200 hours

= $39.58 per direct labour hour

Using activity-based costing

Brass

Allocation rate for material cost pool

= $12,500

400

= $31.25 per material moved

Gold

Allocation rate for material cost pool

= $12,500

100

= $125 per material moved

Brass

Allocation rate for machine set-up pool

= $35,000

400

= $87.50

Gold

Allocation rate for machine set-up pool

= $35,000

600

= $58.33

Explanation:

Using traditional allocation method, the overheads for material cost pool and machine set-up pool will be added. The overhead allocation rate per unit is the division of total overhead by the direct labour hours for each product.

Using activity-based costing, the material cost pool overhead will be divided by the material moved for each product in order to obtain allocation rate for each product.

The allocation rate for machine set-up pool is obtained by dividing the machine set-up overhead by the number of machine set-up for each product.

4 0

3 years ago

A liquid company produces hand sanitizer which has demand of 300,000 units per year.

jarptica [38.1K]

Answer:

EOQ = = 15,491.93 units

Optimal order interval 18.8 days (19.36 orders in year)

Total cost = $150,774.60

Explanation:

The Economic Order Quantity (EOQ) is the order size that minimizes the balance of ordering cost and holding cost. At the EOQ, the carrying cost is equal to the holding cost.

It is computed using he formulae below

EOQ = √ (2× Co× D)/Ch

Co- ordering cost per order- 20,

Ch -Holding cost per unit per annum- 10%× $0.5= 0.05

Annual demand: D- 300,000

EOQ = √(2× 20 * 2,580)/(10%× 0.5)

= 15,491.93 units

Assuming 365 days, the optimal order interval in dates

Number of orders per year

= annual demand/EOQ

= 300,000/ 15,491.93

= 19.36 times

in days:

= EOQ/300,000 × 365 days

= (15,491.93/ 300,000) × 365 days

= 18.8 days

Total annual cost =

Total cost Purchase cost + Carrying cost + ordering cost 

$

Purchase cost = $0.5 × 300,000 = 150,000

Carrying cost = (15,491.93/2) * 10%*0.5 = 387.29

Ordering cost = (300,000/15,491.93 ) × 20 = 387.29

Total cost 150,774.60

5 0

3 years ago

The doctrine that allows for a more flexible use of copyrighted material such as for educational purposes is known as _____.