Answer:
B) The country club style
Explanation:
Based on the scenario being described within the question it can be said that the leadership style being used is known as the country club style. This style focuses on showing most concern for employees and less concern for production processes, with the main idea that if individuals are happy with their job position then they will work harder which will in term, increase production.
Answer:
The correct answer is negotiation.
Explanation:
A definition of negotiation that appears on the internet expresses, which is the communication process that aims to influence the behavior of others and where both parties reach a WIN-WIN agreement. The reason why at the end of a negotiation both parties can believe that they have won is that neither the interests nor the values have to be opposed, and it is the responsibility of the negotiators to discover the complementary points to develop a negotiation with the win-win scheme.
On the other hand, negotiation techniques are defined as the mechanisms and models of behavior that the parties use to influence the other and achieve a satisfactory solution to a conflictive encounter. These actions are based on the potential power of the parties involved in the negotiation.
Answer:
a. $72,000
b. $0.36
c. $6,480
Explanation:
a. Depreciation cost = Cost of truck - Residual value
= $80,000 - $8,000
= $72,000
b. The depreciation rate = (Cost of truck - Residual value) ÷ Estimated total production
= ($80,000 - $8,000) ÷ 200,000 miles
= $72,000 ÷ 200,000 miles
= $0.36
c. The units-of-activity depreciation for the year per mile = Driven miles × Depreciation rate
= 18,000 × $0.36
= $6,480
Answer: (a ) 4 per hour (b ) 4.5 minutes (c ) 3 minutes
Explanation:
Average time between customer arrival = 15 minutes
Average service time = 10 minutes
(a) To calculate the customer arrival rate
Arrival rate = 1 / time between Arrival
= 1 / 15
= 0.066 × 60
= 4 per hour
(b) To calculate the average number of customers in queue
( Arrival time )^2 / service time ( service time - Arrival time)
= (15)^2 / 10 ( 10 - 15)
= 225 / 10 (-5)
= 225 / 50
= 4.5 minutes
(c) To calculate the average time customers spend in the system
Arrival time / service time - Arrival time
= 15 / 10 - 15
= 15/ -5
= 3 minutes
8 and 1/2 inches by 11 inches