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MAGNUS JEE PHYSICS
เข้าร่วมเมื่อ 1 เม.ย. 2020
www.magnusjee.com
วีดีโอ
How does the focal length of a convex lens change when it is immersed in water ?
มุมมอง 2213 หลายเดือนก่อน
How does the focal length of a convex lens change when it is immersed in water ?
Focal Length of a convex lens immersed in water
มุมมอง 943 หลายเดือนก่อน
Focal Length of a convex lens immersed in water
Lens Maker's Formula with Sign Convention ‖ Convex lens & Concave Lens
มุมมอง 2524 หลายเดือนก่อน
Lens Maker's Formula with Sign Convention Convex lens & Concave Lens
Lens Maker's Formula ‖ Comparison between Lens Maker's Formula & Lens Formula
มุมมอง 5624 หลายเดือนก่อน
Lens Maker's Formula Comparison between Lens Maker's Formula & Lens Formula
Aperture of lens ‖ Variable-size opening in the optical path which can be used to control the amou
มุมมอง 624 หลายเดือนก่อน
Aperture of lens Variable-size opening in the optical path which can be used to control the amou
Concave Lens & its Diagram ‖ Different Parts of a convex lens : Optical Centre , Centre of Curvature
มุมมอง 784 หลายเดือนก่อน
Concave Lens & its Diagram Different Parts of a convex lens : Optical Centre , Centre of Curvature
Convex Lens & its Diagram ‖ Different Parts of a convex lens : Optical Centre , Centre of Curvature
มุมมอง 834 หลายเดือนก่อน
Convex Lens & its Diagram Different Parts of a convex lens : Optical Centre , Centre of Curvature
Refraction through Concave Surface from Denser to Rarer Medium ‖ Relation between v,u and R
มุมมอง 816 หลายเดือนก่อน
Refraction through Concave Surface from Denser to Rarer Medium Relation between v,u and R
Refraction of light at Convex Surface from Denser to Rarer Medium ‖ Relation between v , u & R
มุมมอง 1616 หลายเดือนก่อน
Refraction of light at Convex Surface from Denser to Rarer Medium Relation between v , u & R
Refraction through Convex Surface from rarer to denser medium ‖ Relation between v, u & R ....
มุมมอง 1386 หลายเดือนก่อน
Refraction through Convex Surface from rarer to denser medium Relation between v, u & R ....
Carnot's Heat Engine ‖ Efficiency ‖ Thermodynamics
มุมมอง 6211 หลายเดือนก่อน
Carnot's Heat Engine Efficiency Thermodynamics
Radius of new soap bubble when two soap bubbles which coalesce ‖ Excess Pressure ‖ Surface Tension
มุมมอง 266ปีที่แล้ว
Radius of new soap bubble when two soap bubbles which coalesce Excess Pressure Surface Tension
Radius of interface when two soap bubbles which are in contact ‖ Excess Pressure ‖ Surface Tension
มุมมอง 309ปีที่แล้ว
Radius of interface when two soap bubbles which are in contact Excess Pressure Surface Tension
AC circuit containing Capacitor C only ‖ Capacitative AC Circuit ‖ Phasor diagram
มุมมอง 244ปีที่แล้ว
AC circuit containing Capacitor C only Capacitative AC Circuit Phasor diagram
Expression of Alternating Current ‖ Expression of Alternating Voltage
มุมมอง 100ปีที่แล้ว
Expression of Alternating Current Expression of Alternating Voltage
Ac circuit containing inductor L only ‖ Inductive AC Circuit ‖ Phasor diagram
มุมมอง 193ปีที่แล้ว
Ac circuit containing inductor L only Inductive AC Circuit Phasor diagram
Ac circuit containing resistor R only ‖ Pure Resistive AC Circuit ‖ Phasor diagram
มุมมอง 269ปีที่แล้ว
Ac circuit containing resistor R only Pure Resistive AC Circuit Phasor diagram
Bending of Cyclist ‖ Angle with which a cyclist has to bend with the vertical while taking a turn
มุมมอง 467ปีที่แล้ว
Bending of Cyclist Angle with which a cyclist has to bend with the vertical while taking a turn
ROUGH INCLINED ROAD ‖ Maximum speed of a car to take a turn round the inclined rough curved road ...
มุมมอง 99ปีที่แล้ว
ROUGH INCLINED ROAD Maximum speed of a car to take a turn round the inclined rough curved road ...
Curved inclined Road ‖ Maximum speed of a car to take a turn round the inclined smooth curved road
มุมมอง 97ปีที่แล้ว
Curved inclined Road Maximum speed of a car to take a turn round the inclined smooth curved road
Rough curved road ‖ Maximum speed of car round a curved road
มุมมอง 159ปีที่แล้ว
Rough curved road Maximum speed of car round a curved road
Centripetal Acceleration ‖ Prove that the centripetal acceleration of a body is ac = v^2/r
มุมมอง 210ปีที่แล้ว
Centripetal Acceleration Prove that the centripetal acceleration of a body is ac = v^2/r
Centrifugal Force ‖ Fictitious force or Pseudo Force...
มุมมอง 435ปีที่แล้ว
Centrifugal Force Fictitious force or Pseudo Force...
Really nice work sir
thankyou so much sir ❤
Very good explanation and simple derivation, helped me a lot
thank you sir 😊
By this logic as bar magnet anf solenoid have same pattern of magnetic field Lines So why magnetic field outside bar magnet not zero
thankyou
মাদারি
ফালতু 😎😎😎
CORRECTION: (0:11) Third Page, in the second last line:- "For DESTRUCTIVE Interference"
Thx a lot sir👍
❤
Sir explaination is poor
🤮
Shouldnt the direction of normal reaction be perpendicular to the ground? You put it in the plane of the cyclist. As per your diagram, 'mg=weight' causes an unbalanced torque about the point of contact with the ground. That should cause toppling
Wow so interesting thank you so much for that God bless you sir
Very thank you I was preparing for the national olympiad of Bulgaria which will be next year if I win I give news!
wrong concept
Please mention the wrong concept
Please avoid using background music
❤❤❤
❤ pleasure
Sir why can't the external force to move the object be applied at some theta angle with inclined plane to make the external applied force minimum?
Thankyou the only one I found in my needed language ❤️🙏🙏🙏 u helped me a lot this time
thank you sir !! :)
Thank you sir
Clearly understand sirthank u sir 😊
Great explanation
Easy to understand! I like the repeat!😊
Thank you! this was very helpful
Thanks sir
Where is this question from?
Greatly Explained ❤❤❤❤❤❤❤
@@aiims891 Thank you for your feedback
Best explanation
Great video exactly what i was looking for
Harajaantal.... What is the meaning of this sir???
Thank you very much sir...
If it is zero outside then why we represent mag.fd. lines outside the solenoid in every diagram😢
we show then becase the exist but teir amount (dentsity) is so small compared to the volume outside that it does not have any major magnetic force or effect. unlike the case of bar magnets who have similar shape of mag. field lines outside but the are more in amount or density (more spread out across the large volume) that they do have some effect or magnetic force.... you can open the diagrams of mag. fields of solinoids and bar magnets to see the diffrence in how spread out the field lines are across the volume outside hope that helps !
Thank you very much sir.
You say about dispersion as slit cannot disperse light.any prism is needed.
Where is derivation??
Bengali sir
Thanx sir
It really helped me, Thank you!
Too much talking and writing was so necessary. In fact, it's very annoying to waste my time on this. Try and summarize most of the things.
thank you
Try to provide in hindi , it is understandable
really helpful
Thanks sir
Thank you so much
Can you please explain to me why you used for P1, P2 and P expression for excess pressure inside the bubble and not P(atmospheric) - 4S/R ? Are these pressures equivalent?
Aur music baja deta bhaiii
Nice explanation. Very thorough!