<span>This is color constancy. With this ability, a person can perceive and understand that a color exists under various external conditions, usually lighting or other types of distortion. It is thought to be due to specialized neurons in the primary visual cortex that allow us to make these declarations.</span>
Answer:
1. Using CAPM, the required return is;
Required return = risk free rate + beta * market risk premium
= 6% + 1.5 * 9%
= 19.5%
2. First find the portfolio beta which is a weighted average of the individual betas;
= (60% * 2.4) + (40% * 0.9)
= 1.8
Now use CAPM
= risk free rate + beta * (Market return - risk free rate)
= 4% + 1.8 * (13% - 4%)
= 20.2%
3.Geometric average can be calculated by;
=( ((1 + r1) * (1 + r2) * (1 + r3)) ^1/n) - 1
= (((1 + 6%) * (1 + 10%) * (1 - 6%)) ^ 1/3) - 1
= (1.09604^1/3) - 1
= 3.1%
In class 2 ., The Model D is the Top/ favorite one having highest market return (24%) with lowest inventory cost ($79)
Explanation:
To Determine the value of the inventory at the lower of cost or market applied to each item in the inventory. simply we should calculate the profit margin for each category
Profit margin = (market value - cost price) = Profit ÷ cost price × 100
Class 1:
Model A
46 $116 $139
Profit margin = (139 - 116) = 23 ÷ 116 × 100 = 19.32%
Model B
49 243 239
Profit margin = (239 - 243)= -4 ÷ 243 × 100 = - 1.65% (loss)
Model C
43 233 252
Profit margin = (252 - 233) = 19 ÷ 233 × 100 = 8.15%
Class 2:
Model D
37 79 98
Profit margin = (98 - 79) = 19 ÷ 79 × 100 = 24%
Model E
6 151 130
Profit margin = (130 - 151) = - 21 ÷ 79 × 100 = -13.91 % (loss)
Result
In class 1
Model A is preferable., It has the lowest inventory value and has highest market value (Returns) at 19.82%
In class 2
Model D is preferable., It has the lowest inventory value and has highest market value (Returns) at 24%
Overall the Model D is the Top/ favorite one having highest market return with lowest inventory cost
Answer:
if i step on an ant will i go to jail for murder
Explanation:
Answer:
Labor cost variance refers to the variance, which is determined by subtracting the actual direct labor cost from the standard direct labor cost associated with the product.
Explanation:
Given that:
Actual hours = 1,000
Actual rate = $48.15
Standard rate = $32 per hr.
Now,
Labor Cost variance = Actual hours * (Actual rate - Standard Rate)
Labor Cost variance = 1000 * (48.15 - 32)
Labor Cost variance = 1000 * 16.15
Labor Cost variance = 16,150
