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2 years ago

To evaluate _____, a systems analyst needs information about projected future volume for all outputs, inputs, and processes.

1 answer:

8 0

To evaluate Scalability, a systems analyst needs information about projected future volume for all outputs, inputs, and processes.

Systems analyst uses analysis and design techniques in order to solve business problems using information technology. Apart from that they identify what improvements the organization they work for needs, and so they design systems to implement those changes.

System analysts also evaluate Scalability. Scalability is referred to as the measure of a system's ability to increase or decrease in performance and cost in response to changes in application and system processing demands.

Hence, in order to evaluate scalability, a systems analyst requires information about projected future volume for all outputs, inputs, and processes.

To learn more about scalability here:

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Putting together two or more parcels of land to make a large piece is called:________.

NeTakaya

Answer:

Assemblage.

Explanation:

In Real estate, putting together two or more parcels of land to make a large piece is called assemblage. The main purpose of assemblage is to increase the price of parcels of land by combining them together rather than selling them individually as a single unit.

<em>For instance, a real estate agent may purchase two (5) parcels of land each worth $50,000 (2 × $50,000). When he assembles them, the new single parcel of land is worth $150,000. </em>

6 0

3 years ago

Need help fast please!!

arsen [322]

I think it’s C if I’m wrong I’m so sorry

4 0

3 years ago

Which of the following actions would be most likely to reduce potential conflicts between stockholders and bondholders?

bagirrra123 [75]

Answer:

C. Including restrictive covenants in the company's bond indenture (which is the contract between the company and its bondholders).

Explanation:

One of the major actions that would most likely reduce potential conflicts between stockholders and bondholder is the Inclusion of restrictive covenants in the company's bond indenture (which is the contract between the company and its bondholders).

Restrictive covenants are Bond covenants that are designed to protect the interests of both parties by forbiding the issuer from undertaking certain activities that are detrimental to the holders of the bond.

Restrictive covenants manages the agency problem between stockholders and bondholder.

5 0

3 years ago

What is Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B? Portfolio Average Retur

inn [45]

Answer:

The Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B = 2.04 %

Explanation:

<em>Solution</em>

Given that:

Now,

The Jensen’s alpha of a Portfolio is computed by applying the formula below:

Jensen's alpha = Portfolio Return − [Risk Free Rate of Return + ( Portfolio Beta * (Market Rate of Return − Risk Free Rate of Return ) ) ]

For the information given in the question we have the following,

The Risk free rate of return = 3. 1%

In order to find the Jensen’s alpha we have to first get the following from the information given in the question :

1. Portfolio Return

2. Portfolio Beta

3.Market Rate of Return

Thus,

(A)Calculation of Portfolio Return :

The formula for calculation of Portfolio Return is given as:

E(RP) = ( RA * WA )+ ( RB * WB )

Where

E(RP) = Portfolio Return

RA = Average Return of Portfolio A ; WA = Weight of Investment in Portfolio A

RB = Average Return of Portfolio B ; WB = Weight of Investment in Portfolio B

For the information given in the question we have the following:

RA = 18.9 %, WA = 45 % = 0.45, RB = 13.2 %, WB = 55 % = 0.55

By applying the values in the formula we have

= ( 18.9 % * 0.45 ) + ( 13.2 % * 0.55 )

= 8.5050 % + 7.2600 % = 15.7650 %

(B). Calculation of Portfolio Beta:

Now,

The formula for calculating the Portfolio Beta is

ΒP = [ ( WA * βA ) + ( WB * βB ) ]

Where,

βP = Portfolio Beta

WA = Weight of Investment in Portfolio A = 45 % = 0.45 ; βA = Beta of Portfolio A = 1.92

WB = Weight of Investment in Portfolio B = 55 % = 0.55 ; βB = Beta of Portfolio B = 1.27

By Applying the above vales in the formula we have

= ( 0.45 * 1.92 ) + ( 0.55 * 1.27 )

= 0.8640 + 0.6985

= 1.5625

(C). Calculation of Market rate of return :

Now,

The Market Risk Premium = Market rate of return - Risk free rate

From the Information given in the Question we have

The Market Risk Premium = 6.8 %

Risk free rate = 3. 1 %

Market rate of return = To find

Then

By applying the above information in the Market Risk Premium formula we have

6.8 % = Market rate of Return - 3.1 %

Thus Market rate of return = 6.8 % + 3.1 % = 9.9 %

So,

From the following information, we gave

Risk free rate of return = 3.1% ; Portfolio Return = 15.7650 %

The Portfolio Beta = 1.5625 ; Market Rate of Return = 9.9 %

Now

Applying the above values in the Jensen’s Alpha formula we have

The Jensen's alpha = Portfolio Return − [Risk Free Rate of Return + ( Portfolio Beta * (Market Rate of Return − Risk Free Rate of Return )) ]

= 15.7650 % - [ 3.1 % + ( 1.5625 * ( 9.9 % - 3.1 % ) ) ]

= 15.7650 % - [ 3.1 % + ( 1.5625 * 6.8 % ) ]

= 15.7650 % - [ 3.1 % + 10.6250 % ]

= 15.7650 % - 13.7250 %

= 2.0400 %

= 2.04 % ( when rounded off to two decimal places )

Therefore, the Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B = 2.04 %

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3 years ago

Hey how is everyone's morning going so far

Firdavs [7]

Answer:

good hope you're doing great!

4 0

3 years ago