Answer:
The correct option is e. The company's value of operations one year from now is expected to be 5% above the current price.
Explanation:
Free cash flow (FCF) refers to the cash that a company generates after taking into consideration cash outflows needed to support operations and maintain the capital assets of the company.
When the free cash flow of a company is expected to grow at a certain constant rate, the implication is that the the value of operations of that company one year from the current period is expected to be higher than the current price.
Based on the explanation above, the correct option is e. The company's value of operations one year from now is expected to be 5% above the current price.
Answer: a. $1,500
Explanation:
Working capital is calculated by deducting current liabilities from current assets. It is meant to show the operating liquidity of a company within a period.
Working capital = Current assets - Current liabilities
= 5,000 - 3,500
= $1,500
Answer:
A two-column schedule listing names and balances of all ledger accounts.
Explanation:
Financial statements can be defined as a document used for the formal communication or disclosure of financial information and statements to present and potential users such as investors and creditors.
Generally, financial statements are the formally written records of the business and financial activities of a business entity or organization.
There are four (4) main types of financial statements and these are;
1. Balance sheet: it contains financial information about assets, liability, and equity.
2. Cash flow statement: it contains financial information about operating, financial and investing activities.
3. Income statement: it contains financial information about the income and expenses of an organization.
4. Statement of changes in equity: it contains financial information about profits or loss, dividends, etc.
A trial balance consists of a two-column schedule listing names and balances of all ledger accounts.
Answer: V=7.43m/s
d =2.82m
Explanation:
a) For the first part, the initial velocity immediately after ejection, by using momentum conservation
before ejection, the momentum of the squid/water system is zero
there are no external forces acting on the system at the moment of ejection, so we can find the speed of the squid by noting
momentum before ejection = momentum after ejection
0 = M1U + M2V
0=-0.26 kg x 20 m/s + 0.7kg x V
where the speed of the water is taken as the negative sign, and V is the speed of the squid right after ejection, solving for V we get
V=7.43m/s
B. we use the equation vf^²=v0^²+2ad
where vf=final velocity = 0 since velocity is zero at motion's apex
v0=initial velocity = 7.43m/s
a = acceleration = -9.8m/s/s
d=height (to be found)
Therefore,
0=7.43^²+2(-9.8)d
Mathematically, it becomes
d=7.43^²/2(9.8)= 2.82m
d = 2.82m
