A. 1.24
B. 0.24
C. 0.6
D. 1.667
Related Mcqs:
- If the difference in costs is $32000 and the slope coefficient is 0.40, then difference in machine hours would be ___________?
A. $80,000
B. $12,800
C. $70,000
D. $22,800 - If the difference in costs is $7000 and the difference in machine hours of is $18000, then slope coefficient would be ____________?
A. 2.571
B. 0.39
C. 0.2571
D. 3.39 - If the difference in costs is $16000 and the slope coefficient is 0.40, then difference in machine hours would be __________?
A. $50,000
B. $5,400
C. $6,400
D. $40,000 - The slope coefficient is 0.75 and the difference in machine hours is $65000, then difference in cost would be ___________?
A. $86,667
B. $48,750
C. $85,000
D. $55,000 - If the slope coefficient is 0.60 and the difference in machine hours is $50000, then difference in cost can be __________?
A. $68,700
B. $58,700
C. $30,000
D. $83,333.34 - 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 - If the difference between costs linked to highest and lowest observation of cost driver is $36000 and observation of cost driver is 30 machine hours, then slope coefficient would be __________?
A. $1,200
B. $1,400
C. $1,600
D. $1,800 - 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 - For slope coefficient b, the value of the estimated coefficient is considered as ___________?
A. d-value
B. c-value
C. t-value
D. b-value - The slope coefficient of linear cost function is ___________?
A. zero
B. one
C. two
D. three
