/> Amratpur, Farrukhabad, India - 209622.
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English Proficient
BCE BHAGALPUR 2016
Bachelor of Technology (B.Tech.)
Amratpur, Farrukhabad, India - 209622
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Class Location
Online (video chat via skype, google hangout etc)
Student's Home
Tutor's Home
Years of Experience in Class 12 Tuition
4
Board
State, ISC/ICSE, CBSE
ISC/ICSE Subjects taught
Physics, English Literature, Mathematics, English, Chemistry
CBSE Subjects taught
Mathematics, Physics, Chemistry, English
Taught in School or College
Yes
State Syllabus Subjects taught
Physics, Chemistry, Mathematics, English
1. Which school boards of Class 12 do you teach for?
State, ISC/ICSE and CBSE
2. Have you ever taught in any School or College?
Yes
3. Which classes do you teach?
I teach Class 12 Tuition Class.
4. Do you provide a demo class?
Yes, I provide a free demo class.
5. How many years of experience do you have?
I have been teaching for 4 years.
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
NO.
In some ways, it is the other way around. Newton’s first law of motion is the special case of the second law.
Newton second law of motion says that force is the rate of momentum.
F=dp/dt=mdv/dt.F=dp/dt=m.dv/dt
When the external force F=0, we get, dv/dt=0 dv/dt=0, which suggests that velocity is constant.
It is the actual statement of Newton’s first law of motion: In the absence of net external force, an object in rest remains in rest, and an object in motion stays in motion with shape speed in the same direction, or different word velocity remains the same.
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
The speed of light is fixed because it makes the laws of physics well behaved no matter how you move relative to any frame of reference.
Or more precisely, special relativity makes the laws of physics invariant under the Lorentz transformation (actually the first of Einstein's postulates of special relativity. The other being c=constant in any frame of reference).
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
The position vector of a particle is defined as the vector starting from the origin to the point where the particle is.
The displacement vector of a particle is defined as the vector joining its initial position to its final position.
In other words, the displacement vector is a change in position vector.
Class Location
Online (video chat via skype, google hangout etc)
Student's Home
Tutor's Home
Years of Experience in Class 12 Tuition
4
Board
State, ISC/ICSE, CBSE
ISC/ICSE Subjects taught
Physics, English Literature, Mathematics, English, Chemistry
CBSE Subjects taught
Mathematics, Physics, Chemistry, English
Taught in School or College
Yes
State Syllabus Subjects taught
Physics, Chemistry, Mathematics, English
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
NO.
In some ways, it is the other way around. Newton’s first law of motion is the special case of the second law.
Newton second law of motion says that force is the rate of momentum.
F=dp/dt=mdv/dt.F=dp/dt=m.dv/dt
When the external force F=0, we get, dv/dt=0 dv/dt=0, which suggests that velocity is constant.
It is the actual statement of Newton’s first law of motion: In the absence of net external force, an object in rest remains in rest, and an object in motion stays in motion with shape speed in the same direction, or different word velocity remains the same.
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
The speed of light is fixed because it makes the laws of physics well behaved no matter how you move relative to any frame of reference.
Or more precisely, special relativity makes the laws of physics invariant under the Lorentz transformation (actually the first of Einstein's postulates of special relativity. The other being c=constant in any frame of reference).
Answered on 26/06/2020 Learn CBSE/Class 11/Science/Physics
The position vector of a particle is defined as the vector starting from the origin to the point where the particle is.
The displacement vector of a particle is defined as the vector joining its initial position to its final position.
In other words, the displacement vector is a change in position vector.
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