Answer:
Commander
Explanation:
GCSS-Army is short for Global Combat Support System-Army. The GCSS is a section of the United States Army that is fielded under the 11th Armored Cavalry Regiment. There are the GCSS Wave 1 and GCSS Wave 2. These two groups have different roles.
The role of the Commander falls under the Wave 2 functions where he is required to perform the roles of maintenance, dispatch, unit supply, and property book functions. The Wave 1 function is mostly about allowing access to support supply activity functions. The commanders in any organization they work with can screen several transactions and give approval for equipment dispatch.
Ecological niche. ✨
I assume this is for psych, or something.
Answer:
The elasticity is about 1.43, and an increase in the price will cause hotels' total revenue to decrease
Explanation:
The formula of the midpoint for the variation of the quantity is 
and for the price is 
. With the variation of the price and the quantity the elasticity formula is ΔQ/ΔP. Replacing the elasticity is -1.43
The price elasticity of the demand is bigger than 1, that means that the demand is elastic, every increase of the price will cause a bigger decrease of the quantity, the revenue will drop because the increase of the price do not compansete the decrease of the quantity.
Answer:
The amount of amortization expense each year is $500,000.
Explanation:
This can be calculated as follows:
Patent original cost = $3,000,000
Salvage value after 5 years = $500,000
Number of years to use before selling it = 5 years
Therefore, we have:
Annual amortization expense = (Patent original cost - Salvage value after 5 years) / Number of years to use before selling it = ($3,000,000 - $500,000) / 5 = $500,000
Therefore, the amount of amortization expense each year is $500,000.
Answer:
b. $4,908,000
Explanation:
According to the FASB GAAP, the straight line method is used in this given question which is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($40,900,000 - $4,090,000) ÷ (15 years)
= ($36,810,000) ÷ (15 years)
= $2,454,000
In this method, the depreciation is same for all the remaining useful life
For two years, the accumulated depreciation would be
= Annual year depreciation × number of years
= $2,454,000 × 2 years
= $4,908,000
