Answer:
Organizational Behavior Specialist
Explanation:
Based on the information provided within the question in regards to the situation, it seems that they should get an Organizational Behavior Specialist to work with the warring executives separately to solve the problem. These specialists analyze, assess, and provide advise to the company on how to solve a problem or improve performance and efficiency within the company.
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Answer:
c. Debit to Bank Credit Card Sales, debit to Credit Card Expense, and a credit to Sales
Explanation:
The journal entry is shown below:
Bank credit card sales A/c Dr XXXXX
Credit card expense A/c Dr XXXXX
To Sales A/c XXXXX
(Being the sales is recorded via bank credit cards)
As the credit card has some expense so we debited the credit card expense along with the bank credit card sales and credited the sales as it is revenue which is to be credited
Answer:
As a result of the political unrest in Libya, the supply of oil would fall, As a result the supply curve would shift to the left. This would lead to fall in equilibrium quantity and a rise in price.
The increased demand for oil would shift the demand curve to the right. The equilibrium price and quantity would increase
Taking these two effects together, equilibrium price would rise and there would be an indeterminate effect on equilibrium quantity
Please check the attached image for a graph showing these shifts
b. As a result of the change in supply, supply would increase. This would increase equilibrium quantity and equilibrium price would fall. in addition with the increase in demand for oil, equilibrium quantity would rise and there would be an indeterminate effect on equilibrium quantity
Explanation:
Honesty
Loyalty
Cooperation
<span>responssibility
</span><span> ability to get along with others</span>
Answer:
Annual deposit= $2,803.09
Explanation:
<u>First, we need to calculate the monetary value at retirement:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual payment
FV= {22,000*[(1.08^25) - 1]} / 0.08
FV= $1,608,330.68
Now, the annual deposit required to reach $1,608,330.68:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,608,330.68*0.08) / [(1.08^50) - 1]
A= $2,803.09
