Answer and Explanation:
As per the data given in the question,
1)
Cash flow Amount PV Factor at 10% for 8 annual installments Present Value
Installments $4,000 5.3349 $21,339.60
Down Payment $27,000 1 $27,000
Value of equipment $48,339.60
Refer to the PVIFA factor
2)
Table or calculator function FVAD of $
1
Future value $570,000
n = 5
i = 7.00%
Divided it by FV factor 6.1533
Annual Deposit $92,633.22
Refer to the FVAD table
3)
Table or calculator function PVAD of $
1
Payment $137,000
n = 20
i = 10.00%
Multiplied by PV factor 9.36492
Liability $1,282,994.04
Refer to the PVAD table
Answer:
50%
Explanation:
Contribution margin is used to determine the profitability of a product. it is price less variable cost
Contribution margin ratio = (price - variable costs) / price
variable cost = 80 - 20 = 60
price = 120
(120 - 60) / 120 = 50%
Answer: Pooled interdependence
Explanation:
Pooled interdependence is a loose organizational model in which each business unit carries out it's own separate functions, might not interact with the other units and does not depend on other units directly even though it contributes to the accomplishment of the organizational goals and success.
Pooled interdependence is often seen as the loosest form of interdependence in organizations. Although the departments may not interact directly and may not depend on each other directly in the pooled interdependence model, every department contributes it's own individual pieces to the achievement of the same overall puzzle.
This creates a blind, indirect dependence on each other and the performance of a department has an impact on others as a department's failures may lead to the failure of the entire organization.
Answer:
A, B and D
Explanation:
Under OSHA laws, employers must provide a safe workplace for the employees. All the danger areas must be indicated with either painting or signage. Using guard rails is an excellent way of demarcating danger zones. They keep employees away from dangerous spots. In this case, an employer should use guard rails in the following circumstances.
1.Around every floor hole into which a worker can accidentally walk. The guard rails will form a barrier that will prevent accidental falls into the hole.
2.Around every open-sided platform, floor, or runaway that is 4 feet or higher off the ground or next level. The guard rails form a wall that prevents employees in raised levels from falling to the ground.
3. Regardless of height, if a worker can fall into dangerous machines or equipment. In case of an incident, the guard rails will stop an employee from falling into dangerous machines or equipment.
