Answer:
$44,400
Explanation:
The computation of the balance of the cash account after posting of these transactions are shown below:
= Invested cash amount - cash paid for receptionist's salary + cash collection from sale of frame service
= $41,100 - $2,300 + $5,600
= $44,400
The other items do not involved any cash transactions. Therefore they are not relevant and thus they not considered in the computation part
b. False
b. reissuing treasury stock
c. purchase of long-term assets by issuing bonds
d. purchase of noncash assets by issuing equity
Answer: b. reissuing treasury stock
Explanation:
Investing Activities in the Cashflow Statement refer to transactions that have to do with the buying and selling of Capital Goods such as Fixed Assets. It also refers to investments in other company bonds and stock.
Financing has to do with how the firm finances it's operations. These include long term debt and stock related transactions.
When these transactions are non-cash, it means quite rightly that no cash was exchanged and instead something else for exchanged instead of cash. For example, A non-cash Investing and Financing activity would be the purchase of long-term assets by issuing bonds.
In this question, option B being the reissuance of Treasury Stock is not a non-cash transaction. Treasury Stock is the company's own stock that it required from the market. By reissuing it, they will be doing so with cash involved. That is, people will buy the reissued shares and pay cash for them thus making it a Cash Financing Activity.
Answer:
The correct answer is: served one (1) year or more in jail.
Explanation:
The National Securities Markets Improvement Act (NSMIA) is a U.S. securities regulation law. It aims to give more regulatory power to the federal government. Under this law, people who would like to apply to become securities brokers must not have a prison history as inmates for more than one (1) year. Otherwise, their application will be denied.
Answer:
beta= 1.5
Explanation:
The common stock of flavorful tea has an expected return of 19.65%
The return on the market is 14.5%
The risk-free rate is 4.2%
Therefore, the beta of the stock can be calculated as follows
Required return= Risk free rate+beta(market rate-risk free rate)
19.65%= 4.2%+beta(14.5%-4.2%)
19.65%= 4.2% + 14.5beta-4.2beta
19.65%= 4.2% + 10.3beta
19.65%-4.2%= 10.3beta
15.45%= 10.3beta
beta= 15.45/10.3
beta= 1.5
Hence the beta of this stock is 1.5
The beta of Flavorful Teas' common stock can be determined using the Capital Asset Pricing Model (CAPM). The beta, which measures a stock's volatility in comparison to the market, is calculated using the expected return of the stock, the return of the market, and the risk-free rate.
The beta of a stock is a measure of its volatility in comparison to the market as a whole, represented here by the return on the market. Beta is calculated using the Capital Asset Pricing Model (CAPM), which describes the relationship between the expected return of a security and its risk. We can calculate beta using the formula: Beta = (Expected Return of the Stock - Risk-Free Rate of Return) / (Market Rate of Return - Risk-Free Rate of Return).
So in this case, the expected return on Flavorful Teas is 19.65 percent, the market return is 14.5 percent, and the risk-free rate is 4.2 percent. Plugging these values into the formula gives: Beta = (19.65 - 4.2) / (14.5 - 4.2). That will provide the value for the beta of Flavorful Teas' common stock.
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Answer:
C and E.
Explanation:
Money supply: Amount of money currently circulating within a system.
Answer:
c) $767,464.54
Explanation:
The computation of the future value of an annuity is shown below:
As we know that
Future value of annuity F = Payment made × ((1 + rate of interest)^t - 1) ÷ rate of interest
= $3,400 × (1.092^35 - 1) ÷ 0.092
= $3,400 × 225.7249
= $767,464.54
Hence, the future value of an annuity is $767,464.54
Therefore the correct option is c.
Noma will have $767,464.54 in 35 years.
To calculate the future value of Noma's savings, we can use the formula for compound interest: FV = P(1 + r)^t, where FV is the future value, P is the principal amount, r is the interest rate, and t is the number of years. In this case, Noma plans to save $3,400 per year for 35 years with an annual interest rate of 9.2 percent. Plugging these values into the formula:
FV = 3400 * (1 + 0.092)^35
Calculating this expression, Noma will have a future value of $767,464.54 in 35 years.
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