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Elina [12.6K]
3 years ago
9

Scenario* The organization is a regional XYZ Credit Union/Bank that has multiple branches and locations throughout the region.*

Online banking and use of the Internet are the bank’s strengths, given limited its human resources.* The customer service department is the organization’s most critical business function.* The organization wants to be in compliance with Gramm-Leach-Bliley Act (GLBA) and IT security best practices regarding its employees.* The organization wants to monitor and control use of the Internet by implementing content filtering.* The organization wants to eliminate personal use of organization-owned IT assets and systems.* The organization wants to monitor and control use of the e-mail system by implementing e-mail security controls.* The organization wants to implement this policy for all the IT assets it owns and to incorporate this policy review into an annual security awareness training program.Assignment Requirements:1: Page 75 of the book lists the 11 stages in the strategic planning process. Even though they are listed in the Roles and Responsibilities section, it’s really an outline of the overall strategic planning process.HERE ARE THE QUESTIONS:1. Preparation to plan2. Review and revision of vision/mission/values, and so on3. Data gathering for input to planning4. Development of the plan’s framework5. Creation of a strategic plan6. Refinement of the strategic plan (possible "catch-ball" process)7. Reviews of the strategic plan8. Approval of the strategic plan9. Communication of the strategic plan10. Predetermined reviews against the plan11. End-of-the-year performance to plan2: Provide a 1-2 paragraph explanation of each stage. You need to explain the goal(s) of the stage and how it fits into the whole strategic planning process. Include the inputs and outputs of each stage.Using the scenario above:3: Summarize your recommendations for this organization as they create a new IT Strategy. Include their potential benefits and costs4: Describe how this organization would use the strategic planning process to develop and maintain their strategic plan.
Engineering
1 answer:
fiasKO [112]3 years ago
8 0

Answer:

1) For preparation of plan :

It is to gather the team and creating the timeline. Gathering the inputs for the plan and confirming the mission and vision then launching the strategy.

2) A mission would describe about the company and the specification of the company

A vision is the long term or future state of the organization to achieve in a time frame.

Both would include the OAS statements and strategic shifts.

3) The OAS and strategic shift would help to create a balanced score card that would help for data gathering and analysis

This would include the financial, customers goal, Process goals, people's goals etc.

4) To create and develop the plan's framework:

To set the objective for high level organizational goals

To measure the and accomplish the objectives

To take initiatives to achieve the objectives

Explanation:

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Air exits a compressor operating at steady-state, steady-flow conditions at 150 oC, 825 kPa, with a velocity of 10 m/s through a
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Answer:

a) Qe = 0.01963 m^3 / s , mass flow rate m^ = 0.1334 kg/s

b) Inlet cross sectional area = Ai = 0.11217 m^2 , Qi = 0.11217 m^3 / s    

Explanation:

Given:-

- The compressor exit conditions are given as follows:

                  Pressure ( Pe ) = 825 KPa

                  Temperature ( Te ) = 150°C

                  Velocity ( Ve ) = 10 m/s

                  Diameter ( de ) = 5.0 cm

Solution:-

- Define inlet parameters:

                  Pressure = Pi = 100 KPa

                  Temperature = Ti = 20.0

                  Velocity = Vi = 1.0 m/s

                  Area = Ai

- From definition the volumetric flow rate at outlet ( Qe ) is determined by the following equation:

                   Qe = Ae*Ve

Where,

           Ae: The exit cross sectional area

                   Ae = π*de^2 / 4

Therefore,

                  Qe = Ve*π*de^2 / 4

                  Qe = 10*π*0.05^2 / 4

                  Qe = 0.01963 m^3 / s

 

- To determine the mass flow rate ( m^ ) through the compressor we need to determine the density of air at exit using exit conditions.

- We will assume air to be an ideal gas. Thus using the ideal gas state equation we have:

                   Pe / ρe = R*Te  

Where,

           Te: The absolute temperature at exit

           ρe: The density of air at exit

           R: the specific gas constant for air = 0.287 KJ /kg.K

             

                ρe = Pe / (R*Te)

                ρe = 825 / (0.287*( 273 + 150 ) )

                ρe = 6.79566 kg/m^3

- The mass flow rate ( m^ ) is given:

               m^ = ρe*Qe

                     = ( 6.79566 )*( 0.01963 )

                     = 0.1334 kg/s

- We will use the "continuity equation " for steady state flow inside the compressor i.e mass flow rate remains constant:

              m^ = ρe*Ae*Ve = ρi*Ai*Vi

- Density of air at inlet using inlet conditions. Again, using the ideal gas state equation:

               Pi / ρi = R*Ti  

Where,

           Ti: The absolute temperature at inlet

           ρi: The density of air at inlet

           R: the specific gas constant for air = 0.287 KJ /kg.K

             

                ρi = Pi / (R*Ti)

                ρi = 100 / (0.287*( 273 + 20 ) )

                ρi = 1.18918 kg/m^3

Using continuity expression:

               Ai = m^ / ρi*Vi

               Ai = 0.1334 / 1.18918*1

               Ai = 0.11217 m^2          

- From definition the volumetric flow rate at inlet ( Qi ) is determined by the following equation:

                   Qi = Ai*Vi

Where,

           Ai: The inlet cross sectional area

                  Qi = 0.11217*1

                  Qi = 0.11217 m^3 / s    

- The equations that will help us with required plots are:

Inlet cross section area ( Ai )

                Ai = m^ / ρi*Vi  

                Ai = 0.1334 / 1.18918*Vi

                Ai ( V ) = 0.11217 / Vi   .... Eq 1

Inlet flow rate ( Qi ):

                Qi = 0.11217 m^3 / s ... constant  Eq 2

               

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