Answer:
Operating activities
Investing activities
Financing activities
Explanation:
In a cash flow statement, the activities of the organization are usually recognized in 3 parts namely; Operating activities, investing activities and financing activities.
The operating activities include elements such as net profit, non cash items, change in current assets and liabilities.
The investing activities include cash flows from the disposal and purchase of assets etc
The financing activities includes cash flows from the disposal and sale of shares etc.
The net cash flows from these activities is the netted off the cash balance at the beginning of the period to get the cash balance at the end of the period.
Hence the order of presentation of activities on the statement of cash flows is
Operating activities
Investing activities
Financing activities
Answer:
The answer is autonomy (Option D)
Explanation:
Autonomy in human resource management refers to the level or degree of discretion and freedom which an employee is permitted to exercise when performing his/her job. In other words, it means granting employees the freedom on how to approach work.
A manager or superior like Margie (in the question) who gives employees autonomy simply gives minimal instruction on what needs to be achieved but allows the employees to go about the job in ways that best suit them.
If Ray earns $900 a week and deductions are 28% Ray's take home pay is:
$648 a week
If we assume that the deductions of 28% are taken out of the $900 weekly we will multiply 900 by 0.28 = 252. Then subtract 252 which is the deduction amount from the 900 and we end up with take home pay of $648.
Answer:
FV= $1,260,205.98
Explanation:
Giving the following information:
Annual deposit= $5,250
Number of years= 35 years
Annual interest rate= 0.0947
To calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {5,250*[(1.0947^35)-1] / 0.0947
FV= $1,260,205.98
Answer:
Mark will have at the end of six years the amount of $25,865.74
Explanation:
According to the given data we have the following:
First investment = 2500
Investment increasing at rate of 10%
Interest rate = 13%
t=6 years
Present value is given by formula = C * [((1+g)^n/(1+i)^n) - 1 ] / (g-i)
C is first value = 2,500
g is increase in investment = 0.10
i is intrest rate = 0.13
n is no of years = 6
Putting values into the equation
P = 2500* [((1+ 0.10)^6/(1+0.13)^6) - 1 ] / (0.10-0.13) 1.771561 2.08195
P = 2500* [((1.10)^6/(1.13)^6) - 1 ] / (-0.03)
P = 2500* [0.8509142870866 - 1 ] / (-0.03)
P = 2500* (-0.14908571)/ (-0.03)
P = 2500* 4.9695236
P=$12,423.809
Future value = P*(1+i)^t
= $12,423.809 *(1+0.13)^6
= $25,865.74
Mark will have at the end of six years the amount of $25,865.74