Answer:
Variance = 0.02141851
Explanation:
We first calculate the mean for the stocks
Mean = (0.1858 - 0.0558 + 0.2081) / 3
Mean = 0.3381 / 3
Mean = 0.1127
Variance = [(0.1858 - 0.1127)^2 + (- 0.0558 - 0.1127)^2 + (0.2081 - 0.1127)^2] / 3 -1
Variance = [0.0731^2 + (-0.1685^2) + 0.0954^2] / 2
Variance = 0.00534361 + 0.02839225 + 0.00910116 / 2
Variance = 0.04283702 / 2
Variance = 0.02141851
The variance of returns is 0.02141851
Answer:
$10,000
Explanation:
Based on the information given we were told that the government contribution to the pension plan was the amount of $10,000 for year 1 which simply means the amount of $10,000 will be the pension expenditure for the general fund for year 1.
Therefore the pension expenditure for the general fund for year 1 will be $10,000.
My answer would probably be B!
Answer:
<u>Physical flow schedule</u>
Inputs
Beginning Work in Process 86,300
Add Units Started 105,900
Total 192,200
Outputs
Units Completed and Transferred 172,900
Units in Ending Work in Process 19,300
Total 192,200
Explanation:
A physical flow schedule is simply a schedule of units introduced into the process and units outputs without expressing them to equivalent units.
Units Introduced must always be equal to units outputs in physicals terms.
<em>Units Completed and Transferred = Beginning Inventory + Units Started - Units in Ending Work in Process</em>
= 86,300 + 105,900 - 19,300
= 172,900
