Answer:
Machine B has a higher NPV therefore should be produced
Explanation:
The machine with the higher Net Present Value (NPV) should be produced .
NPV of Machine A
PV of cash flow
PV of annual profit = A × (1- (1+r)^*(-n)/r
A- 92,000, n- 11, r- 12%
PV = 92,000 × (1- (1.12^(-11)/0.12 = 546268.32
PV of salvage value = 13,000× 1.12^(-11)= 3737.189
NPV = 546268.320 + 3737.189 -250,000 = $300,005.50
NPV of Machine B
A- 103,00, n- 19, r- 12%
PV = 103,000 × (1- (1.12^(-19)/0.12= 758675.0165
Pv of salvage value = 26000× 1.12^(-19)= 3018.776199
NPV =758675.0165 + 3018.77 -460,000 = $301,693.79
Machine B has a higher NPV , therefore should be produced.
Answer:
Option B.
Explanation:
Job specialization can be defined as the process whereby a person or a group of individuals who are highly qualified in a specific field are assigned to complete a particular task or to focus on their area of expertise effectively. As can be deduced from the name, job specialization refers to having a specialty or expertise in a specific sector of work.
Companies have different departments, like accounting and admin, these departments cannot be handled by just one person, regardless of whether the person is skilled in both departments. This is where job specialization comes in.
One other important aspect of job specialization is the potential to increase the level of employees' productivity and output. Productivity is of benefit to the employer, but specialization can also be of benefit to workers in that it may improve employment prospects.
Answer:
present value = $57.14.28
present value = $2857.13
Explanation:
given data
perpetuity value = $400
interest rate = 7% = 0.07
interest rate = 14% = 0.14
to find out
What is the present value
solution
we get her present value that is express as
present value = 
............1
put here value for rate 7% and 14%
present value = 
present value = $57.14.28
and
present value = 
present value = $2857.13
Answer:
A. W = 0joule
B.W = d * w * cos (90 -ø)
Explanation:
work done is force multiplied by distance since the distance covered by the dresser is zero so automatically work done in moving the dresser is 0 (zero)
B. The component of weight of box along the inclined plane = w * cos ( 90 - ø )
Where ø is the angle of inclination to the horizontal
W = weight of body due to gravity.
Since the distance traveled by box due to gravity = d
So therefore:
W = d * w * cos (90 -ø)
W = work done
N.b
See attached sketch for comprehension
