Answer:
The correct answer is c) reach a settlement that benefits all parties.
Explanation:
Taking into account the nature of the relationship (long-term), an adequate treatment is exclusively required to achieve broad levels of negotiation. When this process is carried out under a harmonious environment, it is more feasible that part and part objectives can be achieved, which allows negotiations to be carried out in the future for the benefit of both people. A negotiation requires time and studies, for which some claims that harm the establishment of a common good must be lowered.
Equilibrium price will fall; equilibrium quantity will fall.
What does Equilibrium price mean?
An Equilibrium price, also known as a market-clearing price, is the consumer cost assigned to some product or service such that supply and demand are equal, or close to equal.
The manufacturer or vendor can sell all the units they want to move and the customer can access all the units they want to buy.
What is Equilibrium quantity?
Equilibrium quantity is when there is no shortage or surplus of a product in the market.
Supply and demand intersect, meaning the amount of an item that consumers want to buy is equal to the amount being supplied by its producers.
Learn more about Equilibrium price and quantity here:
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Answer:
Establish a work/life program that allows flexibility.
Explanation:
In the case when there is the exit interviews so the writer would shows the dissatisfaction also there is less recognition towards the work and the poor communication between the managers and employees
So the organization should incorporate the social well being in a way where it created the work or life program that permits the flexibility
So as per the given situation, the above statement should be the answer
Answer:
50 customers per day
Explanation:
For computing the capacity required customers per day, first, we have to compute the current demand per day which is shown below:
Current demand = Average number of pets per day × estimated percentage
= 74 pets × 60%
= 44.4 per day
Now the capacity required per day would be
= (Current demand per day) ÷ (1 - capacity cushion percentage)
= 44.2 ÷ (1 - 0.12)
= 50.22 per day