Bee Learning Outcome

Basic Electrical Engineering
COURSE OUTCOMES OF BEE:

After completion of this course, the student will be able:
 To analyse and solve electrical circuits using Ohm’s law and Kirchhoff’s laws and Thevenin’s,
Norton’s and Superposition theorems.
 To understand and analyse basic Electric and Magnetic circuits, Resonance and its calculations.
 To study the working principles, various losses and efficiency of different Electrical Machines.
 To know about the components of Low Voltage Electrical Installations, types and characteristics of
Batteries.
 To understand the concept of calculating power, power factor and purpose of power factor improvement.
SUBJECT: BEE
S.No PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12
CO1 2 3 3 2 1 1 1 1 2 1 2 2
CO2 3 3 3 2 2 2 1 1 1 1 2 3
CO3 3 3 3 2 2 1 1 1 1 1 2 2
CO4 3 3 3 3 3 2 2 1 1 1 1 2
CO5 3 3 2 1 2 1 2 1 1 2 2 2
Avg 2.8 3 2.8 2 2 1.4 1.4 1 1.2 1.2 1.5 2.4
SUBJECT: BEE
S.No PSO1 PSO2
CO1 3 3
CO2 3 3
CO3 3 2
CO4 2 3
CO5 3 2
Avg 2.8 2.4
Learning outcomes for Unit-I
After completion of the class the student must be able to:
1. Discuss limitations of ohm’s law? Understand CO-2

2. Explain classification of network elements? Understand CO-1
3. Explain in detail the volt-ampere relationship of R, L and C elements with neat diagrams?
Understand CO-2
4. Write differences between ideal and practical current and voltage sources? Understand CO-2
5. Write a notes on dependent sources? Understand CO-2
6. Write down KVL and KCL and explain? Understand CO-2
7. Write the characteristics of series and parallel circuits? Understand CO-2
8. Explain derivation of star-delta conversion equations? Evaluate CO-2
9. Explain derivation of delta-star conversion equations? Evaluate CO-2
10. Explain superposition theorem? Remember CO-3
11. Explain Thevinin’s theorem? Remember CO-3
12. Derive the condition for maximum power transfer theorem? Evaluate CO-3
S.No H.T.No NAME OF CANDIDATE BATCHES UNIT-1 UNIT-5
1 19B61A0401 ADI MAHESH

2 19B61A0402 ADLA ARUN REDDY
3 19B61A0403 AKUNURU KRISHNA SAI SAKETH Descriptive questions: Build a small circuit to
19B61A0404 ALLAMSHETTY ASHISH 2Marks: 2 Nos., indicate variation in
4
BATCH-1 3M: 2 Nos., and capacitor and note the
5 19B61A0405 ALUGUPALLI SRI VENNELA 5M: 2Nos. charging and discharging
6 19B61A0406 AMGOTH BHARATH NAIK with no repetitions. time.
7 19B61A0407 ANAPARTI UMA SAI
8 19B61A0408 ANEDLA LAHARI
9 19B61A0409 ANUGU NIKHIL REDDY
10 19B61A0410 ANUSHREE SINGH PARIHAR
11 19B61A0411 AYUSH AWASTHI
12 19B61A0412 BADETI VARUN 10 multiple choice
19B61A0413 BAJARU PRASANNA objective questions & Analyse and calculate the
13
BATCH-2 10 Fill in the blank energy consumption of their
14 19B61A0414 BATHINI AJAY SIMHA REDDY questions per 2 students home
15 19B61A0415 BEASAM DIVYA with no repetitions
16 19B61A0416 BETHI SAI KIRAN REDDY
17 19B61A0417 BOLLEPALLY MAHESHWAR RAJU
18 19B61A0418 BONALA AKHILA
19 19B61A0419 BONTHALA GREESHMA
20 19B61A0420 BUGGA NAVEEN
21 19B61A0421 BURRA VIGNESH
22 19B61A0422 CHALLA SAIKIRAN
BATCH-3 1 Poster per 2 students Build a radio tuning circuit.
23 19B61A0423 CHELLURI SAI
24 19B61A0424 CHETTE MANASA
25 19B61A0425 CHILUMULA SHRAVAN KUMAR
26 19B61A0426 CHINTHAPALLI KEETHI
27 19B61A0427 CHITTIMODU BHARATH
28 19B61A0428 DHANPAL NAINIKA
29 19B61A0429 DUSSA VARUN KUMAR
19B61A0430 E SHIVA SHANKAR VARAPRASAD GOUD Build a circuit for
30 1 PowerPoint Presentation
BATCH-4 generation of power using
31 19B61A0431 ERRA MADHU per 2 students
vibrating objects.
32 19B61A0432 G CHINNARI
33 19B61A0433 GADDAM SAI GANESH REDDY
34 19B61A0434 GAJJALA MANIDHAR REDDY
35 19B61A0435 GAJULA SRIKANTH
36 19B61A0436 GANJI BINDU
10 Quiz Questions per 2
37 19B61A0437 GANTA NAGI REDDY students with no repetition
BATCH-5 Show the characteristics of
38 19B61A0438 GOWLIKAR AJAY & 1 Summarizing Report
different batteries.
per 2 students
39 19B61A0439 GUJJARALAPUDI THARUN
40 19B61A0440 GUNDU VINOD KUMAR
41 19B61A0441 GUNNA SOWMYA REDDY
42 19B61A0442 GUNTUPALLI SHASHANK SAI

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Basic Electrical Engineering

COURSE OUTCOMES OF BEE:

S.No PSO1 PSO2

Avg 2.8 2.4

Learning outcomes for Unit-I

After completion of the class the student must be able to:

1. Discuss limitations of ohm’s law? Understand CO-2

1 19B61A0401 ADI MAHESH

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