It is probably safe to say that most if not all decisions involve trade-offs. For example a person may be offered a job that pays well but requires 7 days per week for a month and while this is good for a younger person with no other commitments it may not work for an older person with his own family commitments and other projects. Another decision could be that for support, a husband decides to not take on major time consuming projects while his wife is doing intensive studying to become certified in a field of her choosing so that he can support her. Another example is that when one cannot drive one's son with a disability to a beach to swim because it is too far and uses too much car gas, the money saved on gas some of it could be spent on his groceries.
Answer:
$1,125,000
Explanation:
The total amount of property, plant, and equipment will appear under the Non-Current Assets section of the Balance Sheet. Thus prepare the Non Current Asset Section as follows :
Non Current Asset Section
Land $100,000
Land held for future use $150,000
Office Building $700,000
Equipment $450,000
Office Furniture $150,000
Accumulated Depreciation ($425,000)
Total $1,125,000
Answer:
End of the contract year.
Explanation:
Calendar year deductibles (and refunds) operate on a regular calendar year basis, starting on January 1st and ending on December 31st. Generally refunds should be made during January and February of the next year.
If the policy works on a plan year basis, both the deductibles and the refunds will be based on the renewal date of the policy, and not the calendar year basis.
Answer:
Book value 2020= $18,000
Explanation:
Giving the following information:
Purchasing price= $55,000
Residual value= $5,000
Useful life= 5 years
First, we need to determine the depreciation expense for 2018 and 2019. We will use the following formula:
Annual depreciation= 2*[(book value)/estimated life (years)]
2018= 2*[(55,000 - 5,000)/5]= 20,000
2019= 2*[(50,000 - 20,000)/5]= 12,000
Book value 2020= 30,000 - 12,000
Book value 2020= $18,000
Answer:
Total cost= $877,500
Explanation:
<u> First, we need to calculate the unitary variable cost:</u>
Unitary variable cost= 135,000 / 30,000= $4.5
Unitary variable cost= 180,000 / 40,000= $4.5
Unitary variable cost= 225,000 / 50,000= $4.5
<u>Now, the total cost for 35,000 hours:</u>
Total cost= Unitary variable cost*total number of hours + fixed costs
Total cost= 4.5*35,000 + 720,000
Total cost= $877,500
