That is false, he took a lot more time trying to find India and instead found America
Answer:
Cash Inflow of $191,400
Explanation:
There are three types of activities in the cash flow statement which are described below:
1. Operating activities: It includes those transactions which affect the working capital after net income. The increase in current assets and a decrease in current liabilities would be deducted whereas the decrease in current assets and an increase in current liabilities would be added.
These changes in working capital would be adjusted. Moreover, the depreciation expense is added to the net income
2. Investing activities: It records those activities which include purchase and sale of the long term assets. The purchase is an outflow of cash whereas sale is an inflow of cash
3. Financing activities: It records those activities which affect the long term liability and shareholder equity balance. The issue of shares is an inflow of cash whereas redemption and dividend is an outflow of cash.
In the given case, the sale proceed of equipment is consider in the investing activity i.e $191,400
The field of economics is so vast and broad that it is often classified into branches and one of which are the positive and normative economics. Positive economics usually refers to the process and methods of explaining a certain economic phenomenon in which it establishes common relationships among variables present.
Which of the following is true?
b.
net cash flow + cash outflow = cash inflow
Total Cash Inflow is basically Cash Reciepts, Cash inflow from Sale of Assets and the like. Cash Outflow refers to Expenses paid, Assets purchased etc. Net Cash flow is basically the difference between Cash Inflow and Cash Outflow, It could be negative if outflow is more than inflow and positive if inflow is more than outflow.
Observing the above explanation, B Seems like the correct Option.
Answer:
The answer is $ 257.70
Explanation:
PV= Σ of discounted payments
PV = 100(1.08^-1) + 100(1.08^-2) + 100(1.08^-2)= <u>$ 257.70</u>
