Answer:
The answer is: All the options are correct (I, II and III)
Explanation:
The larger the number of individuals (e.g. securities analysts, investors) who are informed about the price system of securities, the prices of securities will approach informational efficiency.
When the system approaches informational efficiency, you can determine which securities are riskier than others. Therefore you can price riskier securities so that they offer higher expected returns.
The other positive effect of informational efficacy is that investors can determine which securities are undervalued or overvalued.
Answer:
1.125
Explanation:
The computation of the value of the bullwhip measure is shown below
As we know that
The Variance of demand = Square of the standard deviation of demand
i.e.
= square of 20
= 400
And, the Variance of orders = 450
Now the
Bullwhip measure is
= The variance of orders ÷ the variance of demand
= 450 ÷ 400
= 1.125
Answer:
In a production process new raw materials are considered_____ whereas the finished products are considered______
WIP (Work IN Process)
Units for Sale/ Raw Material for other Processes
Explanation:
WIP (Work IN Process)
The raw material in WIP is converted to useful material for other processes.
Work in process consists of materials labor factory overhead or collectively called as conversion costs. In Work in Process these are completed fully or to a certain limit and send to other processes for further work.
Units For sale
Finished goods are ready for sale and send to desired stores or ware houses for storage and further dispatching to retail stores.
Sometimes these units further need servicing or processes in other departments to make a complex unit . In these situations they are considered raw material for other processes.
Answer:
<u>X= $15,692.9393</u>
Explanation:
Giving the following information:
Number of years= 30
Final value= 1,000,000
First, deposit $10000 for ten years (last deposit at t=10).
After ten years, you deposit X for 20 years until t=30.
i= 6%
First, we need to calculate the final value in t=10. We are going to use the following formula:
FV= {A*[(1+i)^t-1]}/i
FV= {10000*[(1.06^10)-1]}/0.06= $131807.9494
We can calculate the amount of money to input every year. We need to isolate A:
A= (FV*i)/[(1+i)^n-1]
First, we need to calculate the final value of the $131807.9494
FV= PV*[(1+i)^n]
FV= 131807.9494*1.06)^20= 422725.95
We need (1000000-4227725.95) $577274.05 to reache $1000000
A= (FV*i)/[(1+i)^n-1]
A= (577274.05*0.06)/[(1.06^20)-1]= 15692.9393
<u>X= $15,692.9393</u>
