Answer:
True
Explanation:
statement of cash flows can be regarded as financial statement which gives analysis of how cash as well as cash equivalent is affected by any changes in balance sheet accounts.
The indirect method of statement of cash flows begins with loss or the net income as well as the substraction of values from non cash revenue which result in case flow as a result of operating activities.
Answer:
Accounting information identifies, records and communicates information about a business.
Explanation:
The accounting information identified the business records and communicate the business information to the insiders and outsiders also it does not have any effect on everyone except the stakeholders. In addition to this, it is not depend upon the valuation made for the stock market
So as per the given situation, the above statement should be correct
Answer: The correct answer is Account A.
Explanation: The best type of account for Kylie is checking account A for three different reasons.
1. She has the $500 minimum balance to open the account.
2. She plans on using her bank’s ATM to make deposits and withdrawals, which are free for this account.
3. Kylie sometimes over draws her account, and Account A offers overdraft protection.
Answer:
$4,424
Explanation:
Calculation for her employer's after-tax cost of providing the health insurance
Using this formula
After-tax cost =Annually employer's cost of health insurance -(=Annually employer's cost of health insurance*Marginal tax rate)
Let plug in the formula
After-tax cost =$5,600- ($5,600 × 21%)
After-tax cost =$5,600- $1,176
After-tax cost =$4,424
Therefore her employer's after-tax cost of providing the health insurance is $4,424
Answer:
Option (a) is correct.
Explanation:
Given that,
Dividend pay in year 7, D7 = $2 per share
Growth rate of dividend, g = 2.2 percent per year
Required return, ke = 16 percent
Present value of the future dividend at year 6:
= D7 ÷ (ke - g)
= $2 ÷ (0.16 - 0.022)
= $14.49
Therefore, the present value of dividend now is as follows;
= Present value of the future dividend at year 6 × (1 + ke)^{-6}
= $14.49 × (1 + 0.16)^{-6}
= $5.95
