Assignment Writing service

Solved Assignment for NIBM in Executive MBA

Avinash — Mon, 24 Aug 2020 05:44:08 +0000

Solved Assignment for NIBM in Executive MBA

Assignments of One Year Executive MBA

Semester - I

Total Marks :100

1. Students are requested to go through the instructions carefully.
2. The Assignment is a part of the internal assessment.
3. Marks will be awarded for each Assignment, which will be added to the total marks.
Assignments carry equal marks.
4. Assignments should submit in your 'portal' on/before the 'completion date'
mentioned.

1. Principles and Practices of Management
Explain the scope of Management.

2. Human Resources Management
For the purposes of manpower planning, what are the main dimension to be
taken into consideration? Explain.

3. Financial Management
Working capital is needed till the firm gets cash on a sale of finished products.
Explain the factors on which it depends.

4. Marketing Management
Explain integrated marketing concept, the elements of marketing mix and
optimum marketing mix..

5. Organizational Behaviour
What are the chief applications of learning theories which can be adopted by
the manager? Discuss.

6. Principles of Economics
Describe the basic assumptions of Economics?

Avinash Mon, 08/24/2020 - 11:14

₹1,180.00

SKU

3696326

Price

₹1,000.00

University

Assignment Writing service

Subject Code

Executive MBA

Type

Assignment

Cost

₹0.00

What did the goods symbolise as per the principles of psychoanalysis in this episode? Identify and explain.

Avinash — Mon, 17 Aug 2020 05:14:39 +0000

What did the goods symbolise as per the principles of psychoanalysis in this episode? Identify and explain.

Instructions:

Kindly read each question carefully and answer any 5 out of the 6 questions (Answer any 5). Each question carries 5 marks and the total marks for this test is 25 marks. Out of the 5 marks, there are 2 marks for identifying and defining the principle of psychoanalysis and 3 marks for linking the same with the context of the documentary. The last date for submission is 19th Aug 2020, 2200 hours.

Kindly note that there will be a deduction of 2 marks per day after the submission date.

1. What did the goods symbolise as per the principles of psychoanalysis in this episode? Identify and explain

2. What defense mechanisms did you see in this episode? Mention atleast 3

3. What does the title signify?

4. How were the principles of psychoanalysis used in Britain?

5. What is the structure of psyche? Which part of the psyche the British politicians appeal to and how?

6. What were the personality polls used for?

Avinash Mon, 08/17/2020 - 10:44

₹0.00

SKU

3642541

Price

₹0.00

University

Assignment Writing service

Subject Code

psychoanalysis

Type

Assignment

Cost

₹0.00

A 50 Hz, 30 MVA, 11 kV reactance of 10% supplies power to three identical motors through a transformer as shown in the figure. Each motor is rated for 8 MVA, 6.6 kV with subtransient and transient reactance of jo.15 and jo.25 pu respectively. The transfor

Avinash — Tue, 11 Aug 2020 07:24:32 +0000

A 50 Hz, 30 MVA, 11 kV reactance of 10% supplies power to three identical motors through a transformer as shown in the figure. Each motor is rated for 8 MVA, 6.6 kV with subtransient and transient reactance of jo.15 and jo.25 pu respectively. The transfor

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

3. A single-phase 8MVA, 33/11kV transformer has equivalent impedance referred to LV side as (1+j9) ohms. choosing the transformer rating as the base values, the per-unit equivalent impedance referred to the LV side and HV side respectively are:

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

5.Two 11Kv, three-phase, % MVA generators having sub transient reactance of 3% and 2% respectively operate in parallel. Suppose the power loaded through an 11/220 kv, 10MVA transformer has a percentage equivalent reactance of 4%. Calculate the fault current and fault MVA for three phase occurring on the Ht side of the transformer as shown in the figure. Also calculate the fault current supplied by each generator.

6. Two generators rated 11kv, 5MVA having 5% reactance are interconnected by a transmission line of length 50km. The reactance of the line is 0.4 ohm/phase/km. generators are connected to the line through a set up transformer rated 11/33kV , 8MVA and having 4% reactance. A three phase fault occurs at the middle of the transmission line. Calculate the fault MVA and current. Neglect the load current.

7. A power system has four generators is shown in the figure below. Two generators rated 15 MVA have a reactance of 15% and the other two rated 20MVA have 20% reactance. The generators are connected to station bus bars. Power is drawn by the load centers through two power transformers rated 50MVA each having percentage reactance of 10%. It is required to design circuit breakers with rating that are to be provided at the LT and HT side of the transformer. The CB rating at the HV side ad LV side of the transformer respectively are:

8. A generating station has four generators; each rated 11 kV, 100 MVA and each having a sub transient reactance of 10%. A sectionalized bus reactor is placed as shown in the figure. A three phase fault occurred at a point near the bus as shown in the figure. a) Determine fault level %X=0 ohms. b) Determine the X value in ohms to limit the fault level to 3000 MVA *

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

10. A 50 Hz, 30 MVA, 11 kV reactance of 10% supplies power to three identical motors through a transformer as shown in the figure. Each motor is rated for 8 MVA, 6.6 kV with subtransient and transient reactance of jo.15 and jo.25 pu respectively. The transformer is rated for 30 MVA, 11kV/6.6 kV and leakage reactance 8%. The motor busbar voltage is 6.6 kV when a three phase fault takes place at F. Determine the subtransient current

generator has subtransient

Avinash Tue, 08/11/2020 - 12:54

₹1,770.00

SKU

3619360

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA, X=10%These generators are interconnected as shown in the figure. The generators are provided with bus bar reactor, each having

Avinash — Tue, 11 Aug 2020 07:19:30 +0000

Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA, X=10%These generators are interconnected as shown in the figure. The generators are provided with bus bar reactor, each having

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:49

₹1,770.00

SKU

3618583

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

A generating station has four generators; each rated 11 kV, 100 MVA and each having a sub transient reactance of 10%. A sectionalized bus reactor is placed as shown in the figure. A three phase fault occurred at a point near the bus as shown in the figure

Avinash — Tue, 11 Aug 2020 07:17:18 +0000

A generating station has four generators; each rated 11 kV, 100 MVA and each having a sub transient reactance of 10%. A sectionalized bus reactor is placed as shown in the figure. A three phase fault occurred at a point near the bus as shown in the figure

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:47

₹1,770.00

SKU

3617881

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

A power system has four generators is shown in the figure below. Two generators rated 15 MVA have a reactance of 15% and the other two rated 20MVA have 20% reactance. The generators are connected to station bus bars. Power is drawn by the load centers thr

Avinash — Tue, 11 Aug 2020 07:15:08 +0000

A power system has four generators is shown in the figure below. Two generators rated 15 MVA have a reactance of 15% and the other two rated 20MVA have 20% reactance. The generators are connected to station bus bars. Power is drawn by the load centers thr

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:45

₹1,770.00

SKU

3616288

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

Two generators rated 11kv, 5MVA having 5% reactance are interconnected by a transmission line of length 50km. The reactance of the line is 0.4 ohm/phase/km. generators are connected to the line through a set up transformer rated 11/33kV , 8MVA and having

Avinash — Tue, 11 Aug 2020 07:12:42 +0000

Two generators rated 11kv, 5MVA having 5% reactance are interconnected by a transmission line of length 50km. The reactance of the line is 0.4 ohm/phase/km. generators are connected to the line through a set up transformer rated 11/33kV , 8MVA and having

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:42

₹1,770.00

SKU

3615408

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

Two 11Kv, three-phase, % MVA generators having sub transient reactance of 3% and 2% respectively operate in parallel. Suppose the power loaded through an 11/220 kv, 10MVA transformer has a percentage equivalent reactance of 4%. Calculate the fault current

Avinash — Tue, 11 Aug 2020 07:08:43 +0000

Two 11Kv, three-phase, % MVA generators having sub transient reactance of 3% and 2% respectively operate in parallel. Suppose the power loaded through an 11/220 kv, 10MVA transformer has a percentage equivalent reactance of 4%. Calculate the fault current

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:38

₹1,770.00

SKU

3614513

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00

A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are

Avinash — Tue, 11 Aug 2020 07:05:28 +0000

A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:35

₹1,770.00

SKU

3613353

Price

₹1,500.00

University

Assignment Writing service

Type

Assignment

Cost

₹0.00

A single-phase 8MVA, 33/11kV transformer has equivalent impedance referred to LV side as (1+j9) ohms. choosing the transformer rating as the base values, the per-unit equivalent impedance referred to the LV side and HV side respectively are:

Avinash — Tue, 11 Aug 2020 07:03:26 +0000

A single-phase 8MVA, 33/11kV transformer has equivalent impedance referred to LV side as (1+j9) ohms. choosing the transformer rating as the base values, the per-unit equivalent impedance referred to the LV side and HV side respectively are:

Power system II

2. A 100 MVA, 10kv equipment has an impedance of 1 ohm. Find it's per unit and percentage impedance. It now the base values are chosen as 20 MVA, kV, find the new percentage impedance.

4. A three-phase 10MVA, 11KV alternator has 10% sub transient reactance. If a symmetrical fault occurs at its terminals, the short circuit MVA and the current respectively are:

9. Particulars of three generators A, B and C are as follows:GA: 11 kV, 40 MVA, X=10%GB: 11 kV, 60 MVA, X=12%GB: 11 kV, 25 MVA,

X=10%These generators are

interconnected as shown in the figure. The generators are provided

with bus bar reactor, each having Xre=10% reactance based on their ratings (Generator A). A feeder directly connected to generator A as shown in the figure has an impedance of Z=0.05+j0.1

ohms/phase. Estimate the short circuit MVA if a symmetrical fault occurs at the far end of the feeder.

generator has subtransient

Avinash Tue, 08/11/2020 - 12:33

₹1,770.00

SKU

3612553

Price

₹1,500.00

University

Assignment Writing service

Subject Code

Power system II

Type

Assignment

Cost

₹0.00