Answer:
$126,000
Explanation:
Given:
Total outstanding stocks = 600,000
Price per share of common stock = $2
Number of preferred stock = 120,000
Interest rate = 8%
Stock Value = $5
Outstanding year = 3
Total Amount of preferred stock = Principle × Rate × Time
or
Total Amount of preferred stock = ( 120,000 × $5 ) × 0.08 × 3 = $144,000
Since,
The preferred stock value is more than the amount distributed
Hence,
the total amount distributed i.e $126,000 will be received by the preferred stockholders
An important part of taking meeting minutes is C. PAYING CLOSE AND CAREFUL ATTENTION.
A meeting minutes can be described as a log of chronological event within the meeting. It is a log wherein everything that happened during the meeting is noted. Like who led the meeting, the topics discussed, the questions raised and the answers given. It also records the plans for future discussions and resolutions reached during the meeting.
Answer:
The following are the disadvantages and the advantages of bottom-up budgeting approach are as follows:
<u> Advantages of bottom-up budgeting approach:</u>
- The bottom-up budgeting approach helps in making the decisions very quickly as compared to all other budgeting methods.
- The main benefit of the bottom-up budgeting approach is that it helps in aligned the project goals in an organization by giving the specific direction.
- It helps in understand the resources, needs, expenses and the cost of each department in an organization.
<u> Disadvantages of bottom-up budgeting approach:</u>
- The bottom-up budgeting approach is complex as it sometimes cause misrepresent the budget figures in the given data.
- In this budgeting method there is also a lack of context and also expertise.
Answer:C
Explanation: this quantity is allocatively inefficient because the marginal cost of producing the last lawnmower exceeds the marginal benefit to consumers.
Answer:
$44,059
Explanation:
The formula and the computation of the future value is shown below:
Future value = Present value × (1 + interest rate)^number of years
= $25,000 × (1 + 0.12)^65
= $25,000 × 1.7623416832
= $44,059
By applying the future value formula, we calculated the future value by considering the present value, interest rate, and the time period