Answer:
Assuming that the capacity of the new X-ray machine is the same as the capacity of two older machines, the difference results from the number of units waiting in line (queue). You would need two different groups of workers to move the containers into the correct position if you use the two older machines, while you need only one group to move them to the new machine. This decreases lead time since coordinating work also requires time, it might be a short time, but it is more time at the end of the day.
Total manufacturing costs=direct material+direct labor+manufacturing overhead
Calculate direct labor
Let direct labor be x
120%=1.2
1.2x=180000
Divide both sides by 1.2
X=180,000÷1.2
X=150,000 direct labor
Total manufacturing costs=
120,000+150,000+180,000
=450,000...answer
Hope it helps!
Answer:
Net loss -$1,390
Explanation:
The computation of the net income is given below:
Service revenue
On cash $1,530
ON credit $1,780
Service revenue $3,310
Less: Expense
Utilities expense -$70
Rent expense -$700
Salaries expenses -$3,260
Depreciation expense -$670
Total expenses -$4,700
Net loss -$1,390
Answer:
The cost of those meals should be tax-free to employees
Explanation:
The lateness of employees to their respective duties after lunch obviously affected business, negatively. This negative impacts of lateness were solved by lunch planning.
For convenience sake of the employer, employer paid meals were furnished within the business environment. Because employees were late from lunch, employer arranged free meals in order for employees to be on time from lunch.
As long as lateness has been reduced then their meals should be tax free.
Answer:
Stock B has a standard deviation of 14%. The portfolio contains 40% of stock A, and the correlation coefficient between the two stocks is -.23. A) 9.7% B)
Explanation:
Stock B has a standard deviation of 14%. The portfolio contains 40% of stock A, the portfolio contains 60% of stock B, and the correlation coefficient between the two stocks is -.23. A. 9.7% B. 12.2% C. 14% ... The standard deviation of return on investment A is .10, while the standard deviation of return on investment B is .05.