Answer:
- 70 units
- $700
Explanation:
1. The demand curve is given and the price is given as well. Substitute the price ceiling into equation.
P = 1,200 - 10q
500 = 1,200 - 10q
q = (1,200 - 500 ) / 10
q = 70 units
2. If there was no price ceiling and 50 units, market price would be;
P = 1,200 - 10 * 50 apartments
P = $700
Answer:
A balloon mortgage is a type of a loan that requires the borrower to make the payment as a lump-sum at the maturity period while under the ARM the borrower is allowed to choose the small periodic payments suitable for both the lender and the borrower.
ARM is the abbreviation for Adjustable Rate Mortgage. therefore the loan repayment changes according to agreement between the lender and the borrower.
Answer:
7 workers will be required
Explanation:
We will define actual time required to do a job
= Standard time required for producing each unit x Worker efficiency (%)/100
= 11.65 x 115/100
= 13.3975 minutes
Total available minutes in 4 days = 4 days x 8 hours/ day x 60 minutes / day = 1920 minutes
Therefore ,
Number of units which can be produced by 1 worker in 4 days = 1920 /13.3975
Number of units to be produced = 1000 units
Therefore,
Number of workers required
= Number of units to be produced / Number of units which can be produced by 1 worker in 4 days
= 1000 x ( 13.3975 /1920)
= 6.977 ( 7 rounded to nearest whole number )
Answer:
Hawthorne effect
Explanation:
The Hawthorne effect refers to a reaction of the workers included in this experiment where their behavior will be modified (their productivity increased) simply because they know they are being observed. The study should be about how changes in the environment affect productivity, but what really affects productivity is the fact that the workers know they are being part of the study.
In the original Hawthorne experiments, if lighting was increased, productivity increased, but if lighting decreased, productivity also increased. So the changes in productivity had nothing to due with lightning conditions, but rather the fact that the workers were being part of an experiment.
Answer:
The question is calculating the depreciation expense using straight-line method for 2018 and 2019?
Depreciation expenses for 2018: $725;
Depreciation expenses for 2019: $2,900.
Explanation:
We have yearly depreciation expenses is calculated as:
Yearly Depreciation expense = (Original cost - Salvage value) / Useful life = (19,500 - 2,100) /6 = $2,900.
For 2019, depreciation expense is recorded for the full-year at $2,900.
For 2018, depreciation expense is recorded for only three months ( as delivery truck was bought on Oct 1st 2018), which is calculated as: Yearly Depreciation expense / 12 * 3 = $725.
So, the answer is:
Depreciation expenses for 2018: $725;
Depreciation expenses for 2019: $2,900.
