Answer:
Portfolio weight - Stock A = 46.473%
Portfolio weight - Stock B = 53.527%
Explanation:
The weightage of portfolio refers to the amount of investment in each stock in the portfolio expressed as a percentage of total investment in the portfolio. The weightage of portfolio can be calculated by as follows,
Portfolio weightage = Investment in Stock A / Total Investment in Portfolio +
Investment in Stock B / Total Investment in Portfolio + ... +
Investment in Stock N / Total Investment in Portfolio
Total investment in portfolio = 190 * 95 + 165 * 126 = 38840
Investment in Stock A = 190 * 95 = 18050
Investment in Stock B = 165 * 126 = 20790
Portfolio weight - Stock A = 18050 / 38840 = 46.473%
Portfolio weight - Stock B = 20790 / 38840 =53.527%
Answer:
the average amount of money is 1,165
Explanation:
The computation of the average amount of money i.e. earned by each theater is shown below:
= Total number of tickets sold ÷ number of theaters
where,
The Total number of tickets sold is 879,575
And, the number of theaters is 755
Now place these values to the above formula
So, the average amount of money is
= $879,575 ÷ 755
= 1,165
hence, the average amount of money is 1,165
<span>Web applications need access controls to allow users (with varying privileges) to use the application.They also need administrators to manage the applications access control rules and the granting of permissions or entitlements to users and other entities. Various access control design methodologies are available. To choose the most appropriate one, a risk assessment needs to be performed to identify threats and vulnerabilities specific to your application, so that the proper access control methodology is appropriate for your application.</span>
Using formula: Marginal Utility=Change in Total Utility/Change in Quantity
<span>So, the marginal utility of each good will be 30/$2, or 15/$1.
Multiply this marginal utility by the price of each good/service to obtain the marginal utility per unit of good.</span>
<span>Since marginal utility of good A is given then by using this formula
the the marginal utility of good B is 60 , MU of good C is 45 and MU of good D is 15</span>
A pricing tool that focuses on the changes in total revenue and total cost from selling one more unit to find the most profitable price and quantity is called Marginal analysis.
Marginal analysis is an examination of the added benefits of an activity against the incremental costs resulting from the same activity. Businesses use marginal analysis as a decision-making tool to help them maximize their potential revenue. For example, if a company has a budget to make room for another employee and plans to hire another person to work in the factory, marginal analysis indicates that hiring that person provides a net marginal benefit.
To learn more about Marginal analysis, click here.
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