1 # Basic introduction

2 # Basic introduction-2

3 # Zeroth law

4 # Energy interaction

5 # Energy interaction-2

6 # First law of thermodynamics

7 # First law of thermodynamics- 2

8 # First Law of Thermodynamics - 3

9 # Second law of thermodynamics

10 # Second law of thermodynamics - 2

11 # Second Law of Thermodynamics - 3

12 # Entropy

13 # Entropy -- 2

14 # Entropy - 3

15 # Available and unavailable energy

16 # Pure substance

17 # Pure Substance-2 & Thermodynamic relation

18 # Thermodynamic relation -2

19 # Process Calculation

20 # Process Calculation - 2

21 # Process Calculation-3

22 # Process Calculation-4

23 # Process Calculation-5

1 # Mechanical operation

2 # Mechanical operation

3 # Mechanical operation

4 # Mechanical operation

5 # Mechanical operation

6 # Mechanical operation

7 # Mechanical operation [Fluidization]

8 # Mechanical operation [Filtration]

9 # Mechanical operation [mixing and agitation]]

10 # Introduction of FM

11 # Introduction of FM-2

12 # Introduction of FM - 3

13 # Introduction of FM - 4

14 # Fluid statics

15 # Fluid statics

16 # Fluid Statics-2

17 # Fluid Statics-3

18 # Fluid Statics-4

19 # Fluid Kinematics

20 # Fluid Kinematics-2

21 # Fluid Kinematics-3 & fluid dynamics

22 # Fluid Dynamics - 2

23 # Fluid Dynamics.- 2

24 # Fluid Dynamics.- 4

25 # Boundary Layer Theory

26 # Pump

27 # Pump

28 # Compressor

29 # Turbulent Flow

1 # Introduction of CRE

(Homogeneous, Heterogeneous, Rate of reaction, Molecularity, order, Rate constant, laws associated with rate constant)

2 # KINETICS

( Kinetic equation for CVRS, Biomolecular kinetic equation for CVRS,Half-life method)

3 # Kinetic equation for VVRS, volume expansivity factor, numerical problems

4 # Ideal reactors ( Batch,MFR,PFR)

5 # MFR in series, comparative study of MFR and PFR, Selection of reactors, Gate problems and other problems

6 # Multiple reaction system ( series reaction, parallel reaction system, PFR as CSTR, CSTR as PFR, Selectivity Gate problems)

7 # Selectivity, Designing of parallel rxn system, Gate problems on selectivity

8 # Yield, Non Ideal reactor, RTD ,Pulse experiment, Gate problems

9 # Step experiment RTD in reactors, non isothermal reactor gate problems on RTD

10 # Non isothermal reactors, gate problems

11 # Heterogeneous rxn system

(strong pore diffusion, weak pore diffusion, effectiveness factor effective diffusivity catalyst deactivation non catalytic rxn hatta modules semi batch reactor gate problems)

12 # GATE problems

13 # Non Ideal fluids GATE problems

1 # Introduction of PDC

Forcing functions, first order system and transfer function, examples of first order system (mercury thermometer)

3 # P-3 Final

P-3 Final

4 # P-4 Final

P-4 Final

5 # P-4(1)1

P-4(1)1

6 # P-5aaaa

P-5aaaa

7 # P-6

P-6

8 # P-7

P-7

9 # P-8

P-8

2 # Examples of first order system

models of liquid level tanks) Gate problems

3 # Second order system, Interacting and non interacting system Gate problems

Second order system, Interacting and non interacting system Gate problems

4 # Closed loop control strategy, Transfer functions of block diagrams, Steady state gain, Offset in regulatory and servo mode

closed loop control strategy, Transfer functions of block diagrams, Steady state gain, Offset in regulatory and servo mode

5 # Gate problems on Steady state gain and offset

Gate problems on Steady state gain and offset

6 # Controllers (P, PI,PID) Routh stability criterion and Gate problems

Controllers (P, PI,PID) Routh stability criterion and Gate problems

7 # Frequency Response Bode plots Gate problems

Frequency Response Bode plots Gate problems

8 # P-7

P-7

9 # P-8

P-8

10 # PDC-1

PDC-1

11 # PDC-2

PDC-2

12 # PDC-3

PDC-3

1 # Polymers Industry

2 # Petroleum Industry

3 # Petroleum Industry

4 # Petrochemical Industry

5 # Natural Product Industry

1 # Number System

2 # Indices & Surds ,Lcm & Hcf

3 # Remainder theorem and Average

4 # Ratio and propartion