Answer: The standard deviation of the stock is 3.23 percentage
Explanation:
First we shall calculate the epected weighted average return of the stock.
We shall multiply the probability of the scenario with its expected return and then take the sum of the expected returns of different scenarios,
E(x) = (0.2 x 14%) + (0.7 x 8%) + (0.1 x 2%)
E(x) = 8.6%
We shall use the follwing formula to calculate the Variance of the stock,
σ²(x) = ∑ P(
) × [ - E(r)]²
σ²(x) = (0.2) (0.14 - 0.086)² + (0.7) (0.08 - 0.086)² + (0.1) (0.02 - 0.086)²
σ²(x) = 0.001044
To find the standar deviation,
σ(x) = 
σ(x) = 0.0323109
in percentage it would be 3.23%
Answer:
1. 4,200 units
2.7,200 units
Explanation:
<u>Prepare the Production Budget for January and February</u>
January February
Budgeted Sales 5,000 4,000
<em>Add </em>Budgeted Closing Stock 3,200 6,400
Total Production Needed 8,200 10,400
<em>Less</em> Budgeted Opening Stock (4,000) (3,200)
Budgeted Production 4,200 7,200
Budgeted Opening Stock for January comes from 80% of closing inventory from December !
Answer: A. True
Explanation: If he were inexperienced in this field or he was doing it as his hobby (casual objectives) with no goal to reproduce or add to the data already published, or were there people involved in his research, then this would have been categorized as informal research. However this setting is strictly formal, and authenticity of data is mandatory. Print and online journal articles contain the case studies already researched thoroughly.
