A. irrelevant
B. depreciated cost
C. salvages
D. relevant
Related Mcqs:
- In the regression equation Y = $6000 + (per unit cost ‘x’ number of units), the ‘$6000’ is a __________?
A. constant
B. variable
C. expression
D. base and exponent - If the cost per unit is $70 and the total number of units manufactured in company are 6000, then the total manufacturing cost would be _____________?
A. $240,000.00
B. $320,000
C. $210,000
D. $420,000 - The total cost incur by customer to use, acquire, maintain and dispose service or product is classified as ___________?
A. budgeted life cycle
B. targeted life cycle
C. customer life cycle
D. operating life cycle - If the difference between costs linked to highest and lowest observation of cost driver, is $8000 and observation of cost driver is 40 machine hours, then slope coefficient will be _____________?
A. $16,000
B. $200
C. $400
D. $20,000 - The revenue is $11000 and all the variable cost is $6000, then the contribution margin would be ____________?
A. −$17000
B. $17,000
C. $5,000
D. −$5000 - The working capital cash outflow, cash outflow to buy machine and cash inflow from machine are the examples of ____________?
A. cash flow from operations
B. terminal disposal of investment
C. net initial investment
D. average return on investment - If the gross margin is $6000 and the total revenue is $26000, then the gross margin percentage will be _____________?
A. 23.08%
B. 24.08%
C. 25.08%
D. 26.08% - If the difference between costs linked to highest and lowest observation of cost driver is $27000 and observation of cost driver is 90 machine hours, then slope coefficient would be ____________?
A. $800
B. $400
C. $300
D. $600 - A cost, consists of some fixed and some variable cost with respect to machine setup hours is termed as _________?
A. setup cost
B. batch cost
C. facility cost
D. lump sum cost - If an overhead cost of operating a machine is $500000 for 1000 hours, then the cost allocation rate will be ____________?
A. $1500 per machine hour
B. $250 per machine hour
C. $500 per machine hour
D. $1000 per machine hour
