Class 11 Physics for JEE Main, JEE Advanced & NEET | Onion Physics

Topics covered in Lecture 35 of Numerical discussions on Work, Energy Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Numerical discussions on work, energy power for JEE Main, NEET and JEE Advanced 01:25 Recap of Work energy power 05:59 Work energy theorem to find distance covered by block before coming to rest on an unlevelled rough ground with curved path 07:39 Speed of particle at a point from force - displacement graph 09:48 Find friction of ground if block connected with compressed spring to wall, when released from rest, comes back to rest at a point 12:20 Work done by spring on block with one end connected to wall 13:34 Speed of string when it becomes horizontal if tangential force is acting on bob connected to string 15:43 Speed of string when it becomes horizontal if constant horizontal force is acting on bob connected to string 17:10 Power output of pump for ejection of fluid at some speed 20:23 Maximum speed of bus if the engine power and res

Topics covered in Lecture 35 of Numerical discussions on Work, Energy Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Numerical discussions on work, energy power for JEE Main, NEET and JEE Advanced 01:25 Recap of Work energy power 05:59 Work energy theorem to find distance covered by block before coming to rest on an unlevelled rough ground with curved path 07:39 Speed of particle at a point from force - displacement graph 09:48 Find friction of ground if block connected with compressed spring to wall, when released from rest, comes back to rest at a point 12:20 Work done by spring on block with one end connected to wall 13:34 Speed of string when it becomes horizontal if tangential force is acting on bob connected to string 15:43 Speed of string when it becomes horizontal if constant horizontal force is acting on bob connected to string 17:10 Power output of pump for ejection of fluid at some speed 20:23 Maximum speed of bus if the engine power and res

Topics covered in Lecture 35 of Numerical discussions on Work, Energy Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Numerical discussions on work, energy power for JEE Main, NEET and JEE Advanced 01:25 Recap of Work energy power 05:59 Work energy theorem to find distance covered by block before coming to rest on an unlevelled rough ground with curved path 07:39 Speed of particle at a point from force - displacement graph 09:48 Find friction of ground if block connected with compressed spring to wall, when released from rest, comes back to rest at a point 12:20 Work done by spring on block with one end connected to wall 13:34 Speed of string when it becomes horizontal if tangential force is acting on bob connected to string 15:43 Speed of string when it becomes horizontal if constant horizontal force is acting on bob connected to string 17:10 Power output of pump for ejection of fluid at some speed 20:23 Maximum speed of bus if the engine power and res

Topics covered in Lecture 35 of Numerical discussions on Work, Energy Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Numerical discussions on work, energy power for JEE Main, NEET and JEE Advanced 01:25 Recap of Work energy power 05:59 Work energy theorem to find distance covered by block before coming to rest on an unlevelled rough ground with curved path 07:39 Speed of particle at a point from force - displacement graph 09:48 Find friction of ground if block connected with compressed spring to wall, when released from rest, comes back to rest at a point 12:20 Work done by spring on block with one end connected to wall 13:34 Speed of string when it becomes horizontal if tangential force is acting on bob connected to string 15:43 Speed of string when it becomes horizontal if constant horizontal force is acting on bob connected to string 17:10 Power output of pump for ejection of fluid at some speed 20:23 Maximum speed of bus if the engine power and res

Topics covered in Lecture 34 of Potential Energy & Force Fields in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Potential energy - Work energy power for JEE & NEET 00:58 Compression of a spring 02:25 Definition of Potential Energy 04:00 Elastic potential energy stored in Spring 04:33 Biological potential energy of body 06:39 Analysis of compression in spring by external force 07:21 Important point about massless body 08:18 Work done by external force in compressing a spring 09:11 Work done by spring in process of compression 09:44 Concept of potential energy stored in spring & Heat Dissipation 11:20 Conservative and non conservative forces 13:12 Important point about potential energy 14:11 Force on a body in conservative field 14:30 Force on body if potential energy is given 15:06 Important points about conservative fields 17:02 Force of field and Work done for elemental displacement 18:52 Force as potential energy gradient 20

Topics covered in Lecture 34 of Potential Energy & Force Fields in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Potential energy - Work energy power for JEE & NEET 00:58 Compression of a spring 02:25 Definition of Potential Energy 04:00 Elastic potential energy stored in Spring 04:33 Biological potential energy of body 06:39 Analysis of compression in spring by external force 07:21 Important point about massless body 08:18 Work done by external force in compressing a spring 09:11 Work done by spring in process of compression 09:44 Concept of potential energy stored in spring & Heat Dissipation 11:20 Conservative and non conservative forces 13:12 Important point about potential energy 14:11 Force on a body in conservative field 14:30 Force on body if potential energy is given 15:06 Important points about conservative fields 17:02 Force of field and Work done for elemental displacement 18:52 Force as potential energy gradient 20

Topics covered in Lecture 34 of Potential Energy & Force Fields in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Potential energy - Work energy power for JEE & NEET 00:58 Compression of a spring 02:25 Definition of Potential Energy 04:00 Elastic potential energy stored in Spring 04:33 Biological potential energy of body 06:39 Analysis of compression in spring by external force 07:21 Important point about massless body 08:18 Work done by external force in compressing a spring 09:11 Work done by spring in process of compression 09:44 Concept of potential energy stored in spring & Heat Dissipation 11:20 Conservative and non conservative forces 13:12 Important point about potential energy 14:11 Force on a body in conservative field 14:30 Force on body if potential energy is given 15:06 Important points about conservative fields 17:02 Force of field and Work done for elemental displacement 18:52 Force as potential energy gradient 20

Topics covered in Lecture 34 of Potential Energy & Force Fields in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Potential energy - Work energy power for JEE & NEET 00:58 Compression of a spring 02:25 Definition of Potential Energy 04:00 Elastic potential energy stored in Spring 04:33 Biological potential energy of body 06:39 Analysis of compression in spring by external force 07:21 Important point about massless body 08:18 Work done by external force in compressing a spring 09:11 Work done by spring in process of compression 09:44 Concept of potential energy stored in spring & Heat Dissipation 11:20 Conservative and non conservative forces 13:12 Important point about potential energy 14:11 Force on a body in conservative field 14:30 Force on body if potential energy is given 15:06 Important points about conservative fields 17:02 Force of field and Work done for elemental displacement 18:52 Force as potential energy gradient 20

Topics covered in Lecture 33 of Mechanical POWER in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Mechanical Power for JEE & NEET 01:37 Power supplied by boy pulling a block on smooth ground 02:19 Power explained for a mechanical system 03:19 Formula for Power Calculation 04:31 Concept of Mechanical Energy 05:50 Average power supplied to a moving block 06:19 Average Power & Instantaneous Power 08:44 Instantaneous power for a block moving on rough ground 10:22 Power supplied by boy to block moving on rough ground 11:19 Power of frictional force on block moving on rough ground 12:17 Power in projectile motion 12:42 Power due to gravity on ball projected at an angle 14:19 Power at topmost point on ball in projectile motion 15:32 Average power of gravitational force on ball projected at an angle 18:06 Power calculation using concept of work done 20:06 Concept of maximum power of automobile 21:34 Maximum speed at which a car can

Topics covered in Lecture 33 of Mechanical POWER in chapter Work Energy and Power for JEE & NEET in Onion Physics are listed below with timestamps: 00:00 Mechanical Power for JEE & NEET 01:37 Power supplied by boy pulling a block on smooth ground 02:19 Power explained for a mechanical system 03:19 Formula for Power Calculation 04:31 Concept of Mechanical Energy 05:50 Average power supplied to a moving block 06:19 Average Power & Instantaneous Power 08:44 Instantaneous power for a block moving on rough ground 10:22 Power supplied by boy to block moving on rough ground 11:19 Power of frictional force on block moving on rough ground 12:17 Power in projectile motion 12:42 Power due to gravity on ball projected at an angle 14:19 Power at topmost point on ball in projectile motion 15:32 Average power of gravitational force on ball projected at an angle 18:06 Power calculation using concept of work done 20:06 Concept of maximum power of automobile 21:34 Maximum speed at which a car can