Answer:
$40,000
Explanation:
For computing the total variable cost, first we have to determine the variable cost per unit which is shown below:
= (Direct materials cost + Indirect materials - variable + Direct labor cost) ÷ (number of units produced and sold)
= ($18,000 + $2,000 + $10,000) ÷ (3,000 units)
= ($30,000) ÷ (3,000 units)
= $10 per unit
Now the total variable cost would be
= $4,000 units × $10 per unit
= $40,000
Answer:
Dividend yield=10.3%
Explanation:
Mv=Do(1+g)/(Ke-g)
MV=?
Do=2.27
g=2.1%
Ke=14.56%
Mv=2.27(1+2.1%)/(14.56%-2.1%)
MV=2.75/(12.46%)
MV=$22.1
Dividend yield=dividend per share/share price per share
Dividend yield=2.27/22.1
Dividend yield=10.3%
Answer:
B. The portfolio expected rate of return must be the same for each economic state.
Explanation:
Variance formula = sum of (probability x (r - mean)^2)
r= expected return
if the expected return would be same for each economic state then the mean would equal to expected return which ultimately will give variance zero ( as r-mean would be 0).
Hence the correct option is B. The portfolio expected rate of return must be the same for each economic state.
From what I understand here, it is the company that will be creating the 5000 monthly income. This is an example of a specific measurable goal since the goal of Robert is to make sure that the monthly net income of his company would reach at least 5000. Since he is the boss of his company, this is also probably his personal mission for his company so that he will be motivated to keep on bringing his company to better heights. This will also probably motivate his employees to work harder as well.
Answer:
a) 75600.
Explanation:
Given;
Beginning Work in Process = 19900
Ending Work in Process = 65300
Units Transferred Out Units = 30200
Total units are to be accounted= x
19900 - 30200 + x = 65300
x = 65300 - 19900 + 30200
x = 75,600
