in this telegram channel will be posting the important links and pdfs for net get jest and other competitive physics exams
Channel name was changed to «Physics Plus for NET IITJAM JEST TIFR»
Channel name was changed to «Physics Plus for CSIR UGC NET IITJAM JEST TIFR»
CSIR UGC NET Physical Science June 2019 Solution Part B (Question =3/55)| Physics Plus
https://youtu.be/nPq_AgcdwS8
easy solution on rotational mechanics for NET exam.
CSIR UGC NET PHYSICS (Physical Science) JUNE 2019 Solution
PDF solution is also avaliable
easy solution on rotational mechanics for NET exam.
CSIR UGC NET PHYSICS (Physical Science) JUNE 2019 Solution
PDF solution is also avaliable
YouTube
CSIR UGC NET Physical Science June 2019 Solution Part B (Question =5/55)| Physics Plus
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PDF solution 👇
https://drive.google.com/file/d/1cy-4JCGTFoUpIRY8Rraibo_RCpVLfSD_/view?usp=sharing
📽Best Quality Physics Video Lectures By IIT and IISc Alumni Students
Physics Plus Team…
http://bit.ly/PhysicsPlus
PDF solution 👇
https://drive.google.com/file/d/1cy-4JCGTFoUpIRY8Rraibo_RCpVLfSD_/view?usp=sharing
📽Best Quality Physics Video Lectures By IIT and IISc Alumni Students
Physics Plus Team…
https://youtu.be/Bd0MnH2sE0o
A quick and easy guide on Hermite Polynomial and Hermite Functions. PDF note is also attached with the video.
Very usefull for CSIR UGC NET Physics, JEST, GATE and even interview questions.
Thanks :)
A quick and easy guide on Hermite Polynomial and Hermite Functions. PDF note is also attached with the video.
Very usefull for CSIR UGC NET Physics, JEST, GATE and even interview questions.
Thanks :)
YouTube
Quick Revision on Hermite Function and Relations | PhysicsPlus
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Blog post Link to download PDF 👇
http://bit.ly/hermitePhysics
📽Best Quality Physics Video Lectures By IIT and IISc Alumni Students
Physics Plus Team
BK Production
I have Courses for Students…
http://bit.ly/PhysicsPlus
Blog post Link to download PDF 👇
http://bit.ly/hermitePhysics
📽Best Quality Physics Video Lectures By IIT and IISc Alumni Students
Physics Plus Team
BK Production
I have Courses for Students…
https://kuirib.com/2021/02/21/netphyjune19q6of55/
Central force problem
Assume that the Earth revolves in a circular orbit around the sun suppose the gravitational constant G very slowly as a function of time in particular it decreases to half its initial value in the course of 1 million years then during this time :
a)Radius of the earth’s Orbit will increase by a factor of 2
b) Total energy of the earth remains constant
c) orbital angular momentum of the earth will increase
d) radius of the earth’s Orbit remains the same.
Central force problem
Assume that the Earth revolves in a circular orbit around the sun suppose the gravitational constant G very slowly as a function of time in particular it decreases to half its initial value in the course of 1 million years then during this time :
a)Radius of the earth’s Orbit will increase by a factor of 2
b) Total energy of the earth remains constant
c) orbital angular momentum of the earth will increase
d) radius of the earth’s Orbit remains the same.
BK Production
CSIR UGC NET June 2019 Central Force Problem
The problem goes like this: The problem goes something like this:Assume that the Earth revolves in a circular orbit around the sun suppose the gravitational constant G very slowly as a function of …
CSIR UGC NET Physical Science June 2019 Solution 1D potential well
1)The Infinite square well potential of a particle in a box of size a is modified as shown in the figure below. The energy of the ground state compared to the ground state energy before the perturbation was added
2) A Quantum particle of mass M in One dimension confined to a rigid box as shown in the figure is in its ground state. And infinitesimally thin wall is very well slowly raised to infinity at the centre of the box in such a way that the system remains in its ground state at all times as you mean that no energy is lost in raising the wall the work done on the system when the wall is fully taste eventually separating the original box into two Compartment
Both Problems are discussed
Video link 👇
https://www.youtube.com/watch?v=3MgJ67pIvhA
Blog post 👇
https://physicsplus.science.blog/2021/04/09/netjune19qm1dwell/
1)The Infinite square well potential of a particle in a box of size a is modified as shown in the figure below. The energy of the ground state compared to the ground state energy before the perturbation was added
2) A Quantum particle of mass M in One dimension confined to a rigid box as shown in the figure is in its ground state. And infinitesimally thin wall is very well slowly raised to infinity at the centre of the box in such a way that the system remains in its ground state at all times as you mean that no energy is lost in raising the wall the work done on the system when the wall is fully taste eventually separating the original box into two Compartment
Both Problems are discussed
Video link 👇
https://www.youtube.com/watch?v=3MgJ67pIvhA
Blog post 👇
https://physicsplus.science.blog/2021/04/09/netjune19qm1dwell/
YouTube
CSIR UGC NET Physical Science June 2019 Solution Part B (Question = 8,9/55) | Physics Plus
📽Best Quality Physics Video Lectures By IIT and IISc Alumni Students Physics Plus Team | BK Production💚SUBSCRIBE to our channel to Support us👇http://bit.l...