Answer:
Decrease , Increase
Explanation:
Rising prices of goods and commodities in the United States would absolutely lead to a decrease in demand of the US dollars. This is principally due to the fact that, elsewhere, there is an alternative that costs lesser and hence, there would be a shift in sourcing, making the US dollars weakens.
Now, it is established that demand and supply are an inverse relationship. Due to the fact that demand is low, there’ would be an increase in supply of the currency in the foreign exchange market died to tube fact that there has been an increase in supply for it
Answer: Discharged
Explanation:
Discharge contract is one of the type of concept that helps in making the various types of agreement between the two members or any two companies.
The discharged contract is basically discharged by using the various types of operation of laws and also b terminating the different types of obligations.
According to the given question, the Clyde contracts with the deep-hole excavation Inc., is one of the type of discharged contract for the process of digging an agriculture farm. Therefore, Discharged contract is the correct answer.
Answer:
Allocated administrative cost for mixing is $81000
And allocated administrative cost for for bottling is $81000
Explanation:
We have given total number of employs for mixing = 350
And total number of employs for bottling = 350
Administrative cost = $162000
So total number of employs = 350+350 = 700
So allocation base for mixing 
So allocated amount for mixing = 0.5×$162000 = $81000
Allocation base for bottling =
So allocated amount for bottling = 0.5×$162000 = $81000
Answer:
The depreciation is $52,500
Explanation:
The formula to compute the depreciation under the straight-line method is shown below:
= 
= 
= $52,500
Under the straight-line method, the depreciation expense should be the same for the remaining useful life. Life of the equipment or machine should always be expressed in years, not in hours.
So, these usage of hours should be ignored.
Answer:
9.1%
Explanation:
To calculate the annual rate of return on this account you can use the following formula:
r = ( FV / PV )^1/n - 1, where
r= rate of return
FV= future value= 25,000
PV= present value= 450
n= number of periods of time= 46
r=(25,000/450)^(1/46)-1
r=55.56^0.0217-1
r=1.091-1
r=0.091 → 9.1%
According to this, the annual rate of return on this account was 9.1%.
