Answer: 1.28
Explanation:
The portfolio beta is a weighted average of the investments in the portfolio.
The new beta will therefore be;
= Portfolio beta - weighted beta of stock being sold + weighted beta of stock to be added
= 1.3 + ( 10,000/150,000 * 1.6) + ( 1.3 * 10,000/150,000)
= 1.3 - 0.11 + 0.09
= 1.28
Available Options are:
1 Cost approach
2 Market data approach
3 Income approach
4 Gross rent multiplier
Answer:
Market data approach
Explanation:
The Market data is more relaible source to finding the home's market value. As in the given scenario, it is evident that the property is not an investment property, hence it is more appropriate to find the asset's value using the market data rather using the rental value to compute the value of the asset.
<u>Explanation:</u>
In the given case it is valid contract as there is time, promise, benefit and obligation to do thing. But verbal contracts are difficult to prove. Stan and Byron have a verbal contract which is a promise for 10 days and the contract has exchange of goods for $600. Offer is made by Byron but the acceptance is not yet given by Stan.
Here only the offer is made and it is not yet accepted by Byron. here Stan has revoked the offer through letter so the revoke has been communicated to the other party through letter. So in this case there is no breach of contract as the contract was clearly revoked by Stan through his letter.
Answer:
The expected return on the portfolio is:
10.31% ($3,331.40)
Explanation:
a) Data and Calculations:
Portfolio investments: Expected Returns % Expected Returns $
Stock M = $13,400 8.50% $1,139
Stock N = $18,900 11.60% $2,192.40
Total $32,300 10.31% $3,331.40
Total expected returns in percentage is Expected Returns $/Total Investments * 100
= $3,331.40/$32,300 * 100
= 10.31%
b) The expected returns on the portfolio is derived by calculating the expected returns for each investment and summing up. Then dividing the expected portfolio returns by the portfolio investment. This yields 10.31% percentage value.
Answer:
$774 unfavorable
Explanation:
The computation of the direct material quantity variance is shown below:
= Standard Price × (Standard Quantity - Actual Quantity)
= $8.60 × (1,910 kilograms - 2,000 kilograms)
= $8.60 × 90 kilograms
= $774 unfavorable
Since it is unfavorable as it derives that actual quantity is more than the standard quantity and in the case of favorable, the actual quantity is less than the standard quantity
