Answer:
The variable overhead rate variance for the month is $2,548 favorable
Explanation:
In this question, we use the formula of the variable overhead rate variance which is shown below:
= Actual level of activity × (Standard rate - Actual rate )
= 9,100 × ($7.60 - $7.32)
= 9,100 × 0.28
= $2,548 favorable
The actual rate is not given in the question, so we have to compute by using the formula which is given below:
= Actual total variable manufacturing overhead ÷ Actual level of activity
= $66,600 ÷ 9,100
= $7.32
Hence, the variable overhead rate variance for the month is $2,548 favorable
Answer:
Tax Value = 107.5 - 100 = 7.5
i'm not sure about the last portion
Answer:
d.All of these choices would reduce risk for your portfolio and therefore show at least some benefit to diversification
Explanation:
Which of the following securities could NOT have any benefits for diversification with your investment portfolio? All of these choices would reduce risk for your portfolio and therefore show at least some benefit to diversification
Answer:
The correct answer is Option D.
Explanation:
Internal control comprises the whole system of financial and other controls established and operating within a business, including internal check, internal audit and all other forms of control.
Based on Committee of Sponsoring Organizations (COSO) framework, there are 5 interrelated components of internal control, which are: Control environment, Risk assessment, Control activities, Information and communication and Monitoring.
It is necessary to stress that internal control relates to all forms of controls within an organization and not necessarily limited to only accounting matters e.g., a security check on vehicles exiting business premises to be sure they are not carrying stolen items from the organization is an internal control but not an accounting-related.
Answer:
Annual deposit= $188,842.66
Explanation:
Giving the following information:
Williamsburg Nursing Home is investing in a restricted fund for a new assisted-living home that will cost $6 million.
n= 15 years
i= 10%
We need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (6,000,000*0.10)/[(1.10^15)-1]
A= $188,842.66
