Allocation of joint costs in proportion to the value of the output of the sales which were produced in the process during at the split-off point is a preferred approach.
<h3>What are joint costs?</h3>
Joint costs involve the benefit of more than one product, and the separation of the costs of such products is impossible as the benefits related thereto are also joint.
One of the best examples of joint costs is in a condition when a cattle-owner feeds both the flock of sheep and cattle of cows at the same time. One cannot differentiate between the separate costs allocated.
Hence, it may be said that value basis is the most appropriate method for the purpose of allocation of joint costs being incurred in the proportion as it may be.
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Answer:
b. Battery
Explanation:
Retired utility workers are suing their former employer for knowingly exposing them to asbestos without warning them of the health risks. The retired workers did not learn of the prolonged exposure until long after their retirement because the company engaged in a systematic cover up of the exposure. The retired workers' cause of action is for battery.
In Business law, battery can be defined as the act of intentionally causing physical harm to an individual or group of people through physical contacts.
Hence, in this case the employers knowingly or intentionally exposed the retired workers to asbestos without warning them of the health risks associated.
<em>Simply stated, a battery in criminal law is completed assault. </em>
Answer:
$9,400
Explanation:
We know,
predetermined overhead rate for machine hour = 
Given,
Total overhead cost = $690,900
Total machine hours = 1,470
Putting the values into the formula, we can get
predetermined overhead rate for machine hour = 
predetermined overhead rate for machine hour = $470
When we use a separate job, the overhead cost will be = predetermined overhead rate × total hours used by the job.
The amount of overhead should be applied to Job 65A if that job uses 20 machine hours during January = 20 hours × $470 = $9,400
6.29% is the rate of growth
<u>Explanation:</u>
<u>The following formula is used
</u>
Price = D1 / ke -g
39.86 = 1.2 multiply with (1 + g) / 0.095 - g
3.7867 – 39.86 g = 1.2 + 1.2 g
2.5867 = 41.06 g
Now, we have to calculate the value of g
g = 2.5867 divide 41.06
= 0.0629
= 6.29 %
Where:
G = growth, ke = market rate of return, D1 = dividend ( annual), P = price of the share of company
Answer:
Annual depreciation= $7,996
Explanation:
Giving the following information:
Purchase price= $42,000
Useful life= 5 years
Salvage value= $2,020
<u>To calculate the annual depreciation under the straight-line method, we need to use the following formula:</u>
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (42,000 - 2,020) / 5
Annual depreciation= $7,996
