TS & AP EAMCET: Pre-Recorded Lessons & Previous Year Questions (Part-1)
Course Curriculum
16 sections•161 lessons•40h 4m total length
- 1.1 Introduction6m
- 1.2 Types of Physical quantities and units10m
- 1.3 Prefixes7m
- 1.4 Practical Units11m
- 1.5.1 Dimensions of Quantities (Mechanics)27m
- 1.5.2 Dimensions of Quantities17m
- 1.5.3 Dimensions of Quantities (E & M)23m
- 1.5 Dimensions of physical quantities9m
- 1.6 Quantities having same dimensions7m
- 1.7 Applications of dimensional analysis23m
- 1.8 Errors and significant numbers13m
- 1.9 Significant figures9m
- 1.10 Rounding off numbers8m
- 1.11 Significant figures in calculation14m
- 1.12 Least count1m
- 1.13 Error in calculation18m
- 1.14 Types of errors16m
- 1.15 Previous Years Questions52m
- 1.16 Previous Years Questions25m
- 1.15 Previous Years Questions34m
- 1.16 Previous Years Questions30m
- 2.1 Introduction10m
- 2.2 Types of Vectors24m
- 2.3 Vector addition and subtraction12m
- 2.3.1 Triangle law of vector addition11m
- 2.3.2 Parallelogram law of vector addition13m
- 2.3.3 Subtraction of vector (Graphical Method)5m
- 2.4 Important problems18m
- 2.4.1 Important problems5m
- 2.5 Resolution of vectors16m
- 2.6 Vector multiplication of two vectors5m
- 2.6.1 Scalar product or dot productPreview9m
- 2.6.2 Some important points on dot product14m
- 2.6.3 Dot product of self vectors10m
- 2.7 Cross product of vector product10m
- 2.8 Properties of vector product15m
- 2.9 Geometric interpretation of cross product9m
- 2.10 Important problems5m
- 2.11 Problem solving technique23m
- 2.11 Previous Years Questions51m
- 2.12 Previous Years Questions39m
- 2.11 Previous Years Questions (Part-1)30m
- 2.12 Previous Years Questions (Part-2)25m
- 2.13 Previous Years Questions (Part-3)25m
- 3.1 Introduction3m
- 3.2 Objects in motion6m
- 3.3 Distance and Displacement16m
- 3.4 Speed, types of speeds27m
- 3.5 Velocity, Types of velocities21m
- 3.6 Acceleration, Types of AccelerationPreview23m
- 3.7 Graphical view of motion4m
- 3.7.1 Various position-time graphs and their interpretation12m
- 3.8 Velocity time graph10m
- 3.8.1 Various velocity-time graph20m
- 3.9 Equations of motion6m
- 3.9.1 Important information for uniformly13m
- 3.10 s-t graphs for some standard results5m
- 3.11 Relative velocity14m
- 3.12 River boat problems15m
- 3.12.1 Crossing river in shortest path12m
- 3.12.2 Crossing river in shortest time9m
- 3.12.3 Graphical representation of relative velocity6m
- 3.13 Motion under gravity (Free fall)13m
- 3.14 Body projected vertically upwards8m
- 3.15 Previous Years Questions60m
- 3.16 Previous Years Questions55m
- 3.15 Previous Years Questions27m
- 3.16 Previous Years Questions24m
- 3.17 Previous Years Questions36m
- 4.1 Introduction4m
- 4.2 Motion with uniform velocity in a plane10m
- 4.3 Equation of motion of object11m
- 4.4 Equation of path4m
- 4.5 Motion with uniform acceleration in a plane10m
- 4.6 Expression for Displacement in uniformly14m
- 4.7 Projectile motion (definition)3m
- 4.7.1 Principles of physical independence of motion8m
- 4.7.2 Different types of projectile motion5m
- 4.7.3 Oblique projectile motion27m
- 4.7.4 Time of flight, Horizontal range14m
- 4.7.5 Change in velocity26m
- 4.7.6 Relation between range and maximum height18m
- 4.8 Horizontal projectile motion22m
- 4.8.1 Horizontal projectile motion in steps16m
- 4.9 Projectile motion on an inclined plane20m
- 4.10 Circular motion (Introduction)4m
- 4.10.1 Important terminology for circular motion12m
- 4.10.2 Angular Displacement5m
- 4.10.3 Angular velocity4m
- 4.10.4 Change in velocity7m
- 4.10.5 Time period3m
- 4.10.6 Frequency3m
- 4.10.7 Angular acceleration5m
- 4.10.8 Centripetal forcePreview6m
- 4.10.9 Workdone by centripetal force4m
- 4.10.10 Skidding of vehicle on a level road6m
- 4.10.11 Skidding of object on a rotating platform8m
- 4.10.12 Bending of cyclist7m
- 4.10.13 Banking of a road (without friction)9m
- 4.10.14 Banking of a road (with friction)14m
- 4.10.15 Over turning of a vehicle15m
- 4.10.16 Non circular motion8m
- 4.10.17 Equations of uniform cicular motion10m
- 4.11 Previous years questions31m
- 4.12 Previous years questions37m
- 4.13 Previous years questions40m
- 4.11 Previous years questions (Part-1)34m
- 4.12 Previous years questions (Part-2)28m
- 4.13 Previous years questions (Part-3)21m
- 4.14 Previous years questions (Part-4)17m
- 5.1 Introduction11m
- 5.2 Newton's first law of motionPreview2m
- 5.3 Types of inertia14m
- 5.4 Newton's second law of motion12m
- 5.5 Examples for direction of force15m
- 5.6 Concurrent forces10m
- 5.7 Newton's third law of motion9m
- 5.8 Frame of reference13m
- 5.9 Impulse15m
- 5.10 Law of conservation of linear momentum9m
- 5.11 Examples for law of conservation of linear16m
- 5.12 Change in momentum for projectile motion10m
- 5.13 Types of forces18m
- 5.14 Applications of change in momentum22m
- 5.15 Free body diagram10m
- 5.16 Apparent weight of a body in a lift25m
- 5.17 Acceleration on smooth surfaces17m
- 5.18 Motion of blocks in contact19m
- 5.19 Motion of blocks connected by mass less strings23m
- 5.20 Motion of connected blocks over a pulley-125m
- 5.21 Motion of connected blocks over a pulley-221m
- 5.22 Motion of connected blocks over a pulley-316m
- 5.23 Previous years questions31m
- 5.24 Previous years questions31m
- 5.25 Previous years questions31m
- 5.23 Previous years questions16m
- 5.24 Previous years questions30m
- 6.1 Introduction6m
- 6.2 Limiting friction6m
- 6.3 Laws of limiting friction5m
- 6.4 Kinetic (or) dynamic frictionPreview5m
- 6.5 Types of kinetic friction4m
- 6.6 Causes of rolling friction4m
- 6.7 Graph for applied force and frictional force5m
- 6.8 Advantages and disadvantages of friction3m
- 6.9 Angle of friction9m
- 6.10 Angle of repose6m
- 6.11 Minimum force for different conditions8m
- 6.12 Minimum pushing force required8m
- 6.13 Minimum force required to move the body on an inclined plane12m
- 6.14 Minimum force required in downward direction11m
- 6.15 Minumum force required to avoid sliding down10m
- 6.16 Minimum force for motion and its direction15m
- 6.17 Acceleration of a block against friction12m
- 6.18 Work done against friction6m
- 6.19 Motion of two blocks one over other-114m
- 6.20 Motion of two blocks one over other-28m
- 6.21 Motion of an insect in the rough bowl10m
- 6.22 Minimum mass hung from the string to just start the motion13m
- 6.23 Maximum length of hung chain6m
- 6.24 Coefficient of friction between body and wedge8m
Description
Comprehensive discussion in very detailed manner and solved PYQs for Telangana and Andhra Pradesh EAMCET.
Chapters included:
1. Units, Dimensions and Measurements
2. Vectors
3. Motion in one dimension
4. Motion in two dimension
5. Newton's laws of motion
6. Friction
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