Physics - Difference Between Fleming's Right and Left Hand Rule

FLEMING'S RIGHT AND LEFT HAND RULE are both used in different situations. This video teaches you how to properly use them when solving questions. Pls LIKE and SUBSCRIBE it will really mean a lot to us.Thank you so much.
Tuition classes www.vbest.edu.my/
Blogspot mrsaimun.blogsp...
Order Special Notes from buukbook.com/
Online 1 to 1 tuition lessons at www.mega.edu.my/
Education Tips & News mrsaimun.com/
Other useful video you might like:
Pressure (goo.gl/TM3IYa)
Gas Pressure (goo.gl/LP8GmG)
Reflection and Refraction of Waves (goo.gl/IbT27u)
Specific Latent Heat (goo.gl/qZ3DzT)
Logic Gates (goo.gl/1S6LJG)
Convex Lens (goo.gl/edh681)
Working principle of AC generator (goo.gl/XA8VoF)
Specific Heat Capacity (goo.gl/ns86Yc)
Momentum - Part 1 (goo.gl/9H7wFj)
Momentum - Part 2 (goo.gl/7A2a3w)
Direct Current Dynamo (goo.gl/BuqWO2)
Difference Between Fleming's Right and Left Hand Rule (goo.gl/8sLiGA)
Commutators (goo.gl/FCnhYw)
Electromagnetic Induction (goo.gl/UmEqXX)
Direct Current Motor (goo.gl/XuFvSN)
Motor and Dynamo 1 (goo.gl/bfYCm0)
Motor and Dynamo 2 (goo.gl/s98l3N)
Reflection and Refraction (goo.gl/92Pkvb)
Inertia (goo.gl/wsVwi7)
Analysing Motion Graphs (goo.gl/2CLoLP)
Linear Motion Introduction (goo.gl/qgIBV1)
Linear Motion (goo.gl/h7JaFI)
Ticker tape calculation (goo.gl/sj6RIO)
Ticker tape chart (goo.gl/T2mr7f)
Ticker Timer Introduction (goo.gl/ygYFtZ)
Internal Resistance and Electromotive Force (goo.gl/GF5rvR)
Effective Resistance - Part 1 (goo.gl/Mn0DGI)
Effective Resistance - Part 2 (goo.gl/t9qHwR)
Series and Parallel (goo.gl/IjptCW)
Factor Affecting Resistance - Part 1 (goo.gl/StJRGy)
Factor Affecting Resistance - Part 2 (goo.gl/IOTQw1)
Ohm's Law (goo.gl/O99aVF)
Electric Current and Potential Difference (goo.gl/8BxzIQ)
Electric Field (goo.gl/VmBO1p)

[@mrsaimun]

Thanks you for watching. Pls give this video a Thumbs Up and Click the big Subscribe button. It will really help this channel. Pls comment below too. TQ & stay safe.

[@alien2538]

There is another tips :
We can look for the word " MO"
Example
"dynaMO" the MO is at the RIGHT side so we need to apply Fleming's RIGHT hand rule
and one more is "MOtor" the MO is at the LEFT side so use Fleming's LEFT hand rule #
Hope i helped you guys

[@najwahassan23]

OOOOOO NICEE THANK YOUUU

[@vhiedkc859]

Awesome from zanzibar

[@Cailyn-2]

Ohhh genius! Thanks!

[@shaibyabraham9277]

👏👏👏

[@shweathak7833]

Superb

[@pritikabeliever1120]

How to understand when to use fleming right hand or left hand rule?? Plz clear this doubt

[@ngqianhui5587]

he js explained 😬.

[@shaibyabraham9277]

Thank you lots sir.I could understand the topic well, I was having a bit confusion in understanding the difference between the two.👍👍👍

[@mrsaimun]

you are most welcome. glad it helps. pls watch other videos also.

[@alexlun4464]

bruh my understanding is that Fleming's left hand rule uses the conventional direction of current.
Fleming's right hand rule uses the electron flow of current
correct me if I'm wrong

[@ohmsworld3831]

I love your teaching skill dude

[@mrsaimun]

Thanks. Pls subscribe and share

[@user-rc3kr6rp2j]

I'm much obliged to you for giving me a exquisite lecture!!

[@NanduNandu-pj1ib]

Thank you so much

[@mrsaimun]

u r most welcome. Good luck in your exams.

[@bakeiyzsuria]

hi , can you please do chapter 4 (electronics) in form 5 ?

[@Jaden_fern]

thank you very much this helped me a lot

[@sosonew7375]

THANK YOU THAT VERY HELPFUL

[@farwa6820]

why is force produced while current is induced even tho they are both generated through same mechanism?

[@sarangisanthosh7977]

Thanks now I cleared my doubt when to use both this rules....,thanks sir

[@mrsaimun]

Glad it helps. Pls subscribe and let ur friends know

[@taanu_kumawat]

A Million thanks to you Sir from India☺🙏🙏. Thank you so much Sir for neatly explanation☺

[@taebu-in1603]

Nicely explained ✌🤘💞

[@minniemouse3922]

thank you so much...i really like the way you explain

[@lalayatem3758]

God Bless truly, this is very helpful

[@mrsaimun]

Thanks for u comment. Pls subscribe and share with your friends

[@vijayashrisalunkhe7870]

It was very helpful 😘😍 ,

[@jackbrooker2670]

Really good, concise video thanks

[@mrsaimun]

thanks. pls subscribe.

[@dayanakamal]

Thank you for the explanation

[@LynxMajic]

Isn't the d.c. motor a dynamo?

[@mrsaimun]

you can say that.

[@Ritika_This_Side]

Sir ur explanation is damn good... very much thankful ✌️✌️✌️

[@mrsaimun]

thanks. pls subscribe.

[@Ritika_This_Side]

@Dasiya jagga thanks😇😇

[@Ritika_This_Side]

@@mrsaimun done

[@mrsaimun]

@@Ritika_This_Side thank you so much

[@hazadus3]

Ok now i get it, very simple explanation thanks.

[@mrsaimun]

All the best.

[@michelledsouza4100]

Very well explained.

[@victorsaha2347]

What is mechanical energy?

[@mrsaimun]

Mechanical energy is the sum of kinetic and potential energy in an object that is used to do work. In other words, it is energy in an object due to its motion or position, or both. (from google) :)

[@DWik-rh3gn]

Thankyou verymuch
It helps me a lot.
You explain it simple. 💗💗💗

[@mrsaimun]

thank you for your comment too. Pls subscribe and share it with your friends.

[@gamingxtreme4939]

Love it English bro.

[@gamingxtreme4939]

Thanks it was very helpful

[@randomdudeaj5540]

if it helps liverpool fans, MO salah, the MOtor of liverpool's attack is a LEFT footed but operates like a goal scoring DYNAMO on the RIGHT.

[@ameenshahnavi]

Your lectures are very good.

[@mrsaimun]

thanks pls subscribe and introduce to your friends. TQ

[@sarjundas8816]

Thank u brother

[@sobanahmedkhan]

Very well explained!!

[@_manamrit_]

nicely explained
practically

[@gtknowledge6627]

Thanks 🔥🔥

[@dakshinalanka3624]

Very helpful lesson. Thank u very much.

[@mrsaimun]

thanks. pls subscribe :)

[@tannie4539]

How to know whether its a motor or dynamo by looking at the given figure?

[@mrsaimun]

a motor usually has a battery/power supply
a dynamo usually has an ammeter/voltmeter/galvanometer .... connected to it.

[@tannie4539]

Thank you very much.. I understood now 😇

[@subhadeepdey8696]

Was very helpful :).. thank you

[@kakym3510]

Love the accent ❤

[@ramonchan9732]

I hate using Fleming rules. One day you are going to twist your hand and hurt your fingers. Actually there is no need to use it. I use vector cross product, it summarizes everything about directions and magnitudes.
F = ℓ I x B
F = qv x B

[@mrsaimun]

Yes true.
But for lower level physics in year 10 and year 11 standards they are not exposed to the formula yet. Just the concept and get to know the relationship of magnetic field, current and force

[@abhishekanand386]

thankyou

[@031ayshamk8]

woahhh!!!thanks !!!!!!!!!!!

[@reemochaccino]

okay, the idea of the video is good, and the organizing of it is great, but please don't repeat what you are saying, and try to speed up the areas where you just write on the paper, finally talk quick and confident. your video is great and you will improve by time, i am sure ;).

[@sircleezgt8396]

Dude clearly hes not that fluent in english and most likely its not his first language. Just relax and laid out a bit bro, give the guy some break

[@rangareddygarikeshavareddy9302]

Tq sir it was very helpful

[@mrsaimun]

All the best

[@pickprism7103]

thnx man... 👍👌

[@muhdamin3350]

thanks for make me happy

[@mrsaimun]

glad u r happy. Pls subscribe and introduce to your friends. :)

[@nagarajachar2778]

Fantastic

[@mrsaimun]

thanks. pls subscribe n introduce to your friends.

[@Kf1025-y8u]

Nice fps my eye burning

[@MrRaisin56]

tyvm

[@faizanqaiser4027]

thanks

[@TheHonchoofAllSpearheads]

"Permanent magnetic field and current ARE provided." wrong grammar...

[@rosilaabraham5184]

Jeezzz grammar nazi

[@mr.heisenberg5119]

Super

[@mrsaimun]

pls subscribe :)

[@mr.heisenberg5119]

Am also subscribed Your channel

[@kishorebms]

why do hold a pen like that??...it's so annoying

[@pickprism7103]

Kishore Babu.. no it is unique, and seems so sexy 😉

[@rahafahmed9394]

Life saver 🫡

[@mohamadrafat3767]

thank you so so much

[@kamalkishoregoel4003]

thankyou