Answer:
OPERATING ACTIVITIES
SOURCES: INTEREST RECEIVED IN CASH $18,000, the company receives money
(USES:) PAYMENT OF WAGES TO EMPLOYEES $35,000, the company pays wages
INVESTING ACTIVITIES
SOURCES: NONE
(USES:) PURCHASE OF A PIECE OF EQUIPMENT FOR CASH $120,000 , the company pays for the equipment
FINANCING ACTIVITIES
SOURCES: NONE
(USES:) DISTRIBUTION OF CASH DIVIDEND DECLARED LAST YEAR $25,000, the company pays dividends
The next step to undertake in the troubleshooting process is:
<h3>What is Troubleshooting?</h3>
This refers to the various ways through which a person assesses a problem and eliminates them.
In the troubleshooting process, we can see that there are various processes which includes: Information gathering, analysis, implementation, etc.
However, as the problem is caused by complex issues, it is best to document the incident so that it can be more carefully analysed.
Read more about troubleshooting here:
brainly.com/question/25953942
Using formula: Marginal Utility=Change in Total Utility/Change in Quantity
<span>So, the marginal utility of each good will be 30/$2, or 15/$1.
Multiply this marginal utility by the price of each good/service to obtain the marginal utility per unit of good.</span>
<span>Since marginal utility of good A is given then by using this formula
the the marginal utility of good B is 60 , MU of good C is 45 and MU of good D is 15</span>
The correct answer to the question is (B) referent power.
Referent power refers to <u>a type of power that a person attains through his or her interpersonal relationship skills</u>.
Though personalized power seems like an answer it is actually not, it is a type of motive that a person has for power. Legitimate, reward, and coercive all stem from external sources, and thus they do not fit the description in the question.
Answer:
Bond Value is $347.30
Explanation:
Zero coupon bond does not offer any return on the bond that's why it is issued on deep discount value.
Number of years = n = 20 years
Face value = F = $1,000
YTM = 5.43%
Price of the Bond = [ F / ( 1 + r )^n ]
Price of the Bond =[ $1,000 / ( 1 + 5.43% )^20 ]
Price of the Bond =[ $1,000 / ( 1.0543 )^20 ]
Price of the Bond = 347.30