02:29

Force is applied on an object at rest and F-t graph drawn||Final velocity||Force-Time graph||impulse

02:28

The compression force F in the girder||A girder supporting a load of 10000 N||Equilibrium of forces

03:43

Diagram shows a cord supporting a picture,draw the graph between tension T in the cord and the angle

09:28

A thin circular loop of radius R rotates about its vertical diameter,a small bead on the wire remain

07:11

A car moves uniformly along a horizontal Sine curve||at what velocity the car ride without sliding||

06:41

A Cyclist rides along the circumference of a circular horizontal plane of radius R||Circular Motion

03:53

Minimum rotational speed of the cylinder to enable the man to remain stuck to the wall||friction||

03:59

Maximum value of force F such that block does not move||Friction||Laws of Motion||static friction||

04:35

Force time graph impulse||Area under F-t graph||Impulse||change in linear momentum||Final velocity

02:12

Minimum Force F applied to M so that load m just begin to slide on it||Friction||Pseudo force||

05:44

bullet of mass m strikes wooden block of mass M kept on rough horizontal surface||Linear momentum||

06:20

A ball falls from height H and rebound to height h|Impulse and average force between ground and ball

04:19

Force-time graph||Impulse|change in Linear Momentum||Final velocity from F-t graph|Area of F-t graph

06:11

A liquid of density ro flows along a horizontal pipe of uniform cross section area with velocity v

04:07

A force acting on a material particle of mass m first grows to maximum value F||find final velocity

04:13

Liquid Vessel with two hole||Why the liquid from lower hole strike the ground at larger distance||

05:59

Pressure inside the liquid filled Tube||Pressure inside vertically place tube and Inclined tube||

02:56

uniform Sphere of weight W & radius 5cm is being held by string||Tension in string & Normal reaction

13:47

Bending of Cyclist||Why Cyclist bend while turning||Motion of Bicycle rider round the circular track

05:41

Graph between applied force P & friction force f||block placed on rough horizontal surface||Friction

10:07

Angle of repose|Variation of friction force f between the block and the plane with inclination theta

05:27

A object takes n time as much time to slide down a 45° rough inclined plane as it takes to slide

10:53

A small body starts sliding down an inclined plane, at what angle the time of sliding will be least

04:34

Maximum Amplitude of oscillation of the table at which the block kept on it doesn't slip||SHM

05:47

Magnitude & direction of force in xy plane if displacement is x=c sin(wt) and y=d cos(wt)||2D motion

03:59

A body of mass 10kg is being acted upon by a force 3t^2 and a constant opposing force of 32N, find V

07:45

The Kinetic Energy K of a particle moving along circle of radius R depends on distance covered S

05:19

Force from potential energy function||particle moving under the action of central force|Time period

03:55

Weight of object at equator of earth||Determine the speed with which the earth would have to rotate

05:04

Which Liquid has highest density?? same block of wood floating in three different liquid||Upthrust

04:39

Wire with a resistance R is drawn out so that its length becomes three time the original||resistance

08:13

Potential difference V is applied across conductor of length L and diameter D||Electric field E & R

05:05

wire of resistance 32 ohm is melted & drawn into wire of half of its original length||new resistance

04:57

Two Wire A & B of equal masses and same metal||Diameter of A is half that of B||Resistance of wire B

14:49

Simple Pendulum||Bob position & Energy representation using Sinusoidal wave||Amplitude||Time Period

04:12

Charge flow through AB when switch S is closed||Capacitive Circuit||Capacitor||Charge flow||Circuit

07:16

Capacitive Circuit||Nodal Analysis Method||Sum of Charge ||Zero Potential Method||Potential at C & D

14:50

Change in radius of the charged ring if a charge of Q coulomb is placed at the center of the ring

08:26

one stone is dropped and other thrown horizontally with velocity u from the tower of height H||Time

05:17

Electric Potential existing in space to expression for Electric field||Potential & Electric Field||

07:31

Electric field due to a long thin wire of uniform linear charge density||Electric field intensity||

03:51

Eight point Charge q each placed at the corner of cube|Electrostatic Potential Energy of the system|

02:56

Potential at Point from Electric Field vector||How to find Potential from electric field vector||

02:32

Electric Field Vector to Potential at a point||Electrostatics||Electric field||Electric potential||

06:19

Electric Potential to Electric Field||Gradient of Potential||Potential Gradient||Electric field||

06:06

Electric field vector from scalar Electric potential function||Electric field from electric ptential

06:16

Parabola|Symmetrical about -ve y-axis|Different Parameter & equation|Reduce general to standard form

06:02

Parabola Symmetrical about +y axis|Vertex,focus,directrix,axis,tangent at Vertex,Latus rectum length

16:45

Find Vertex,focus,directrix,axis,length of latus rectum and tangent at the vertex of the parabola

12:51

Potential Difference between A & B||Work required to move an electron from A to B along three Path||

10:04

Workdone in moving charge q along closed rectangular path ABCDA in Electric field|Conservative Field

06:27

A test charge is moved from A to C along the path||Potential difference between A & C along the Path

04:36

Uniform Circular Motion||Constant Speed or Constant Velocity ??Speed or velocity which is constant||

09:07

Work required to move an electron from A to B in Electric field||Workdone by field in moving charge|

09:16

Eight point charges are located at the corners of a cube||workdone to separate charges to infinity||

04:04

workdone by the Electric field in moving the charge q from P to S along the path PQRS|Electrostatics

16:01

Work required to move an electron from A to B in Electric field|| Potential difference between A&B||

07:32

Periodicity of Sum of two Signal||How to check periodicity||check for periodic and aperiodic||Signal

05:14

Acceleration due to gravity on Moon surface||Weight of object on moon surface||gravity force on moon

06:13

Time Period of Oscillation of Simple Pendulum||Formula derivation||How to derive time period formula