Sir aap dena bhul gaye formula sheet👇👇👇👇👇👇👇👇 Velocity = displacement / time Acceleration - velocity / time Force- mass x acceleration Preesure - force / area Surface tension- force / length Tension = force Velocity gradient - velocity / length Youngs modulus - stress / strain Stress - force / area Strain- change in length/ original length Power - work / time Work or energy- force x displacemt
You always make complicated things too easy 😄for us to understand quickly. I don't know how to thank you. We all just love you sir💓. Keep going like this 👍❤️
Sir main 11th se 12th me agaya lekin mujhe abhi tak dimensions formula kya hota hai kaise nikalte kuch bhi pata nahi tha but aaj aapki wajah se I know about this topic with perfect explanation thanks a lot sir.
Trust me guys iss video ko dekhne ke baad aap 100% dimensional formula seekh jaoge 2 second.... Bcz main bhi ab seekh chuki hun.... Iss video ko ignore mt krna.... Thank you
Thanks a lot sir you made this topic way more easy... Tbh Kal Meri exam hai and I was totally blank but thank God I found your video... You made this as easy as pie!! Gonna recommend this channel to my friends as well. Thanks a lot sir
Length m L Mass kg M Time s T Acceleration or acceleration due to gravity ms-2 LT-2 Angle (arc/radius) rad MoLoTo Angular displacement rad MoLoTo Angular frequency (angular displacement/time) rads-1 T-1 Angular impulse (torque × time) Nms ML2T-1 Angular momentum (Iω) kgm2s-1 ML2T-1 Angular velocity (angle/time) rads-1 T-1 Area (length × breadth) m2 L2 Boltzmann’s constant JK-1 ML2T-2θ-1 Bulk modulus (ΔP × (V/ΔV)) Nm-2, Pa M1L-1T-2 Calorific value Jkg-1 L2T-2 Coefficient of linear or areal or volume expansion oC-1 or K-1 θ-1 Coefficient of surface tension (force/length) Nm-1 or Jm-2 MT-2 Coefficient of thermal conductivity Wm-1K-1 MLT-3θ-1 Coefficient of viscosity (F = η × A × (dv/dx)) poise ML-1T-1 Compressibility (1/bulk modulus) Pa-1, m2N-2 M-1LT2 Density (mass / volume) kgm-3 ML-3 Displacement, wavelength, focal length m L Electric capacitance (charge/potential) CV-1, farad M-1L-2T4I2 Electric conductance (1/resistance) Ohm-1 or mho or siemen M-1L-2T3I2 Electric conductivity (1/resistivity) siemen/metre or Sm-1 M-1L-3T3I2 Electric charge or quantity of electric charge (current × time) coulomb IT Electric current ampere I Electric dipole moment (charge × distance) Cm LTI Electric field strength or Intensity of electric field (force/charge) NC-1, Vm-1 MLT-3I-1 Electric resistance (potential difference/current) ohm ML2T-3I-2 Emf (or) electric potential (work/charge) volt ML2T-3I-1 Energy (capacity to do work) joule ML2T-2 Energy density (energy/volume) Jm-3 ML-1T-2 Entropy (ΔS = ΔQ/T) Jθ-1 ML2T-2θ-1 Force (mass x acceleration) newton (N) MLT-2 Force constant or spring constant (force/extension) Nm-1 MT-2 Frequency (1/period) Hz T-1 Gravitational potential (work/mass) Jkg-1 L2T-2 Heat (energy) J or calorie ML2T-2 Illumination (Illuminance) lux (lumen/metre2) MT-3 Impulse (force x time) Ns or kgms-1 MLT-1 Inductance (L) (energy = 1 2 LI2 or Coefficient of self-induction henry (H) ML2T-2I-2 Intensity of gravitational field (F/m) Nkg-1 L1T-2 Intensity of magnetization (I) Am-1 L-1I Joule’s constant or mechanical equivalent of heat Jcal-1 MoLoTo Latent heat (Q = mL) Jkg-1 MoL2T-2 Linear density (mass per unit length) kgm-1 ML-1 Luminous flux lumen or (Js-1) ML2T-3 Magnetic dipole moment Am2 L2I Magnetic flux (magnetic induction x area) weber (Wb) ML2T-2I-1 Magnetic induction (F = Bil) NI-1m-1 or T MT-2I-1 Magnetic pole strength Am (ampere-meter) LI Modulus of elasticity (stress/strain) Nm-2, Pa ML-1T-2 Moment of inertia (mass × radius2) kgm2 ML2 Momentum (mass × velocity) kgms-1 MLT-1 Permeability of free space ( μ o = 4 π F d 2 m 1 m 2 ) Hm-1 or NA-2 MLT-2I-2 Permittivity of free space ( ε o = Q 1 Q 2 4 π F d 2 ) Fm-1 or C2N-1m-2 M-1L-3T4I2 Planck’s constant (energy/frequency) Js ML2T-1 Poisson’s ratio (lateral strain/longitudinal strain) -- MoLoTo Power (work/time) Js-1 or watt (W) ML2T-3 Pressure (force/area) Nm-2 or Pa ML-1T-2 Pressure coefficient or volume coefficient oC-1 or θ-1 θ-1 Pressure head m MoLTo Radioactivity disintegrations per second MoLoT-1 Ratio of specific heats -- MoLoTo Refractive index -- MoLoTo Resistivity or specific resistance Ω-m ML3T-3I-2 Specific conductance or conductivity (1/specific resistance) siemen/metre or Sm-1 M-1L-3T3I2 Specific entropy (1/entropy) KJ-1 M-1L-2T2θ Specific gravity (density of the substance/density of water) -- MoLoTo Specific heat (Q = mst) Jkg-1θ-1 MoL2T-2θ-1 Specific volume (1/density) m3kg-1 M-1L3 Speed (distance/time) ms-1 LT-1 Stefan’s constant ( heat energy area × time × temperature 4 ) Wm-2θ-4 MLoT-3θ-4 Strain (change in dimension/original dimension) -- MoLoTo Stress (restoring force/area) Nm-2 or Pa ML-1T-2 Surface energy density (energy/area) Jm-2 MT-2 Temperature oC or θ MoLoToθ Temperature gradient ( change in temperature distance ) oCm-1 or θm-1 MoL-1Toθ Thermal capacity (mass × specific heat) Jθ-1 ML2T-2θ-1 Time period second T Torque or moment of force (force × distance) Nm ML2T-2 Universal gas constant (work/temperature) Jmol-1θ-1 ML2T-2θ-1 Universal gravitational constant ( F = G . m 1 m 2 d 2 ) Nm2kg-2 M-1L3T-2 Velocity (displacement/time) ms-1 LT-1 Velocity gradient (dv/dx) s-1 T-1 Volume (length × breadth × height) m3 L3 Water equivalent kg MLoTo Work (force × displacement) J ML2T-2 Decay constant s-1 M0L0T-1 Potential energy J M1L2T-2 Kinetic energy J M1L2T-2
Boht bar padha hai kuch samaj nahi aa raha tha apka video dekhne ke baad sab crystal clear hogya sir apka ye video dimensional formula nikalna sikhne ke liye sab se best hai thankyou soo much from open heart sir
Thank you sir by giving me this vedio earlier I gonna to learn the dimensions but now becozz of you I crystal clear the dimensions related problems thanks a lot sir... I hope you will also help us in other chapters soon??
You made it clear sir ...I was in tension of not being attended first'session of online class so that I missed that topic but now it is crystal clear.... 😊
Sir I am new to your channel. I was confused in making dimensional formula.I have done many tries to understand this topic but after seeing this video, I have easily understood dimensional formula. Thanks Sir ! You are a great Teacher. 👌👌👌👌
Thank you so so much sir apko pata nhi ki ap meri kittni badi help ki h jab mai college jati thi toh mujhe formula yaad nhi hota tha to mai mem jab questions deti toh mai kuchh bhi bana nhi paati thi baas unka muh takti thi but ab mujhe nhi lagta ki esa hoga kyoki mai formula yaad kar lungi ab🙏🙏🙏🙏😟😟😟😟 thank you sir😥😥😥😥😍😍😍😍
Thanku sir ❤❤ this video is very useful for me to clear my douts in dimensional analysis and it's applications. Thanku soo much sir for this detail video
Sir aapka explanation way mujhe bohot jyada pasand aaya 👍 Iss topic pe maine class Miss kardiya tha, so bohot problems face horahe the. School teachers se samajh nahi aate the. But abb I can make it 🔥
Sir aap dena bhul gaye formula sheet👇👇👇👇👇👇👇👇
Velocity = displacement / time
Acceleration - velocity / time
Force- mass x acceleration
Preesure - force / area
Surface tension- force / length
Tension = force
Velocity gradient - velocity / length
Youngs modulus - stress / strain
Stress - force / area
Strain- change in length/ original length
Power - work / time
Work or energy- force x displacemt
Thanks
Thik he to hai
TQ u so much 🙏
hap
🤣🤣
Who are watching this video in 2024-25 😅
Iam
Haa❤❤
Main
Me😅❤
2024😊❤
You always make complicated things too easy 😄for us to understand quickly. I don't know how to thank you. We all just love you sir💓. Keep going like this 👍❤️
Aapne itne achhe se explain Kiya k muge understand ho gaya thankyou so much sir 😊😊
After 5 months of 11, now I know how to calculate Dimensional Formula, Thank You sir
Also me 😄
😂 my 12th exams are near and I am learning this now...
12 th ma 11 th ka syllabus ata h?
@@vaibhavpalod1304 your biggest cutya
I am watching in mid December
You made it "Crystal clear" Thank you Sir..!
ye roshni maam ko bolna XD
Hlo Learno-hub lover 😄😄
Really. 😃😀
Glass clear
Learning hub 😂😂
Literally understood this in just 9 minutes ! Thank you so much sir ♥️
Wow sir.... Aapne itne achhe se explain krke mera headache door kar diya 😘 You are a Life Saver 💐
Hiii
Kuch Karne wale Tha kya
Kuch Karne wale Tha kya 😂
Wow
Here only I felt how simple it is.
Thankyou Sir.🌸
Sir main 11th se 12th me agaya lekin mujhe abhi tak dimensions formula kya hota hai kaise nikalte kuch bhi pata nahi tha but aaj aapki wajah se I know about this topic with perfect explanation thanks a lot sir.
Thank you so much sir...last year i couldn't study this concept through online class now i understand it clearly..thanks a lot..🤍
Short vdo but more concept....overall vdo was so understanding nd easy.so thank u sir😊🙏🙏
I am here bcoz tomorrow is my test of dimension.. 😄it's really help me thsnx sir
@ALONE BOY 🌠 👍😁
Was really helpful and informative in a very short time period thank you sir❤❤
I was finding this dimensional formula very difficult but the moment I watched you video it made me very easy .
Best video for dimensional formula. Thank you very much sir!
Trust me guys iss video ko dekhne ke baad aap 100% dimensional formula seekh jaoge 2 second.... Bcz main bhi ab seekh chuki hun.... Iss video ko ignore mt krna.... Thank you
mst joke mara reeeee babaaaaa
Yes right😊
Bro u are right 😊
I Luvv uhh❤
True....i completely understand
Thanks a lot sir you made this topic way more easy... Tbh Kal Meri exam hai and I was totally blank but thank God I found your video... You made this as easy as pie!! Gonna recommend this channel to my friends as well. Thanks a lot sir
Hello
This was the the purest and the most understandable video of dimensional formulas
Thank you sir..... Meine apke ye video dekhne kee baad dimension kaa concept 100% clear hoo geyaa..... 🙏🙏🙏
One new subscriber me 🙋🏻♂️ nice video sir , easily captured in mind
Me also
Aapne easy walo ka toh de diya
Tough wale kaise kare ??
Like : Young's modulus, Permittivity, Permeability
Yhi toh mereko chahiye 😂
Ha right
Length m L
Mass kg M
Time s T
Acceleration or acceleration due to gravity ms-2 LT-2
Angle (arc/radius) rad MoLoTo
Angular displacement rad MoLoTo
Angular frequency (angular displacement/time) rads-1 T-1
Angular impulse (torque × time) Nms ML2T-1
Angular momentum (Iω) kgm2s-1 ML2T-1
Angular velocity (angle/time) rads-1 T-1
Area (length × breadth) m2 L2
Boltzmann’s constant JK-1 ML2T-2θ-1
Bulk modulus (ΔP × (V/ΔV)) Nm-2, Pa M1L-1T-2
Calorific value Jkg-1 L2T-2
Coefficient of linear or areal or volume expansion oC-1 or K-1 θ-1
Coefficient of surface tension (force/length) Nm-1 or Jm-2 MT-2
Coefficient of thermal conductivity Wm-1K-1 MLT-3θ-1
Coefficient of viscosity (F = η × A × (dv/dx)) poise ML-1T-1
Compressibility (1/bulk modulus) Pa-1, m2N-2 M-1LT2
Density (mass / volume) kgm-3 ML-3
Displacement, wavelength, focal length m L
Electric capacitance (charge/potential) CV-1, farad M-1L-2T4I2
Electric conductance (1/resistance) Ohm-1 or mho or siemen M-1L-2T3I2
Electric conductivity (1/resistivity) siemen/metre or Sm-1 M-1L-3T3I2
Electric charge or quantity of electric charge (current × time) coulomb IT
Electric current ampere I
Electric dipole moment (charge × distance) Cm LTI
Electric field strength or Intensity of electric field (force/charge) NC-1, Vm-1 MLT-3I-1
Electric resistance (potential difference/current) ohm ML2T-3I-2
Emf (or) electric potential (work/charge) volt ML2T-3I-1
Energy (capacity to do work) joule ML2T-2
Energy density (energy/volume) Jm-3 ML-1T-2
Entropy (ΔS = ΔQ/T) Jθ-1 ML2T-2θ-1
Force (mass x acceleration) newton (N) MLT-2
Force constant or spring constant (force/extension) Nm-1 MT-2
Frequency (1/period) Hz T-1
Gravitational potential (work/mass) Jkg-1 L2T-2
Heat (energy) J or calorie ML2T-2
Illumination (Illuminance) lux (lumen/metre2) MT-3
Impulse (force x time) Ns or kgms-1 MLT-1
Inductance (L) (energy =
1
2
LI2 or
Coefficient of self-induction
henry (H) ML2T-2I-2
Intensity of gravitational field (F/m) Nkg-1 L1T-2
Intensity of magnetization (I) Am-1 L-1I
Joule’s constant or mechanical equivalent of heat Jcal-1 MoLoTo
Latent heat (Q = mL) Jkg-1 MoL2T-2
Linear density (mass per unit length) kgm-1 ML-1
Luminous flux lumen or (Js-1) ML2T-3
Magnetic dipole moment Am2 L2I
Magnetic flux (magnetic induction x area) weber (Wb) ML2T-2I-1
Magnetic induction (F = Bil) NI-1m-1 or T MT-2I-1
Magnetic pole strength Am (ampere-meter) LI
Modulus of elasticity (stress/strain) Nm-2, Pa ML-1T-2
Moment of inertia (mass × radius2) kgm2 ML2
Momentum (mass × velocity) kgms-1 MLT-1
Permeability of free space
(
μ
o
=
4
π
F
d
2
m
1
m
2
)
Hm-1 or NA-2 MLT-2I-2
Permittivity of free space
(
ε
o
=
Q
1
Q
2
4
π
F
d
2
)
Fm-1 or C2N-1m-2 M-1L-3T4I2
Planck’s constant (energy/frequency) Js ML2T-1
Poisson’s ratio (lateral strain/longitudinal strain) -- MoLoTo
Power (work/time) Js-1 or watt (W) ML2T-3
Pressure (force/area) Nm-2 or Pa ML-1T-2
Pressure coefficient or volume coefficient oC-1 or θ-1 θ-1
Pressure head m MoLTo
Radioactivity disintegrations per second MoLoT-1
Ratio of specific heats -- MoLoTo
Refractive index -- MoLoTo
Resistivity or specific resistance Ω-m ML3T-3I-2
Specific conductance or conductivity (1/specific resistance) siemen/metre or Sm-1 M-1L-3T3I2
Specific entropy (1/entropy) KJ-1 M-1L-2T2θ
Specific gravity (density of the substance/density of water) -- MoLoTo
Specific heat (Q = mst) Jkg-1θ-1 MoL2T-2θ-1
Specific volume (1/density) m3kg-1 M-1L3
Speed (distance/time) ms-1 LT-1
Stefan’s constant
(
heat energy
area
×
time
×
temperature
4
)
Wm-2θ-4 MLoT-3θ-4
Strain (change in dimension/original dimension) -- MoLoTo
Stress (restoring force/area) Nm-2 or Pa ML-1T-2
Surface energy density (energy/area) Jm-2 MT-2
Temperature oC or θ MoLoToθ
Temperature gradient
(
change in temperature
distance
)
oCm-1 or θm-1 MoL-1Toθ
Thermal capacity (mass × specific heat) Jθ-1 ML2T-2θ-1
Time period second T
Torque or moment of force (force × distance) Nm ML2T-2
Universal gas constant (work/temperature) Jmol-1θ-1 ML2T-2θ-1
Universal gravitational constant
(
F
=
G
.
m
1
m
2
d
2
)
Nm2kg-2 M-1L3T-2
Velocity (displacement/time) ms-1 LT-1
Velocity gradient (dv/dx) s-1 T-1
Volume (length × breadth × height) m3 L3
Water equivalent kg MLoTo
Work (force × displacement) J ML2T-2
Decay constant s-1 M0L0T-1
Potential energy J M1L2T-2
Kinetic energy J M1L2T-2
Sir I saw this concept everywhere but I don't understand it. After seeing ur video I am now clear very much thanks 👍👍
2025-2026 batch attendance 😅 👇
✋😂
@@NihalIslam-wi4lz bhai tum 2024-25 batch ho
@@3y9gaming ha
Brother came from future for attand the class😅
@@3y9gaming ha😂
Sir aapne bahut easily btaya hai❤❤🙏🙏
Thanks for help I was having difficult times in online class thanks for giving wonderful video 😊
Sahi bola 😥online class😖😖😖😖😖😖😖
@@prepary..9996 which class bro ?
I also
@@mvpxandred9258 11 class hoga unit and measurement chapter se 😅
Thank u sir for decreasing our confusion 😇😇
Really nice sir.....I can solve it now easily 😍😍
yy
hч
Hi
whαt íѕ ur. nαmє
@@mahavirrathod5675 where are you from?
Boht bar padha hai kuch samaj nahi aa raha tha apka video dekhne ke baad sab crystal clear hogya sir apka ye video dimensional formula nikalna sikhne ke liye sab se best hai thankyou soo much from open heart sir
Mere liye to 100% helpful ho gaya thanks sir....🙂
Thank you sir for teaching us difficult topic very easily
Thanks for the nice explaintion on dimension formulas...
Thanks sir ur explanation is amazing 1st time dekhte hi sbhi doubts clear ho gye very helpful 😊😊😊
You are very nice bro ❤
You can make hard to easy 😊
Always teachs students ❤
Thank you sir by giving me this vedio earlier I gonna to learn the dimensions but now becozz of you I crystal clear the dimensions related problems thanks a lot sir...
I hope you will also help us in other chapters soon??
**gh**
*gh*
***gg***
*GH*
_gg_
Thank you so much sir
It is very helpful for me
Love from Nepal ❤️
You made it clear sir ...I was in tension of not being attended first'session of online class so that I missed that topic but now it is crystal clear.... 😊
thankyou sir it is very helpful for me seriously😊😊
Sir ,there's one compliment for you one day you Will even become more successful that physics wall ah sir .
Thank you so much sir for very well explanation and formula sheet
Sir thoda camre qarib se krke rakhiye jo acche se dikhe🙏🙏🙏🙏🙏🙏🙏🙏plzzz sir
Sir I am new to your channel.
I was confused in making dimensional formula.I have done many tries to understand this topic but after seeing this video, I have easily understood dimensional formula.
Thanks Sir ! You are a great Teacher. 👌👌👌👌
Sir sab kuch samajh me aa gaya ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️ kabhi nahi bhulenge ❤️❤️❤️❤️❤️❤️😭😭😭😭😭😭😭😭😭😭😭😭😭😭❤️😭😭😭😭😭😭😭😭😭😭😭😭
Aap ke jaisa teacher agar pure desh me 100 ho jaye to desh hi badal jayega sir🙏
Torque ka dimensional formula hai ML race to 2 T race to -2 how sir?
@@sunrisephysicsclasses.7772 its raise to not race to
Thank you so much sir . Ab mujhe dimensional formula samajh aa gaya 🙇♀️🙇♀️🙇♀️🙇♀️🙄
Thank you so much sir , you made it very easy 🙇🙇🙇
I had understood a little in clz but now u made it clear.. Thank u
Thank you so much Sir Mein aapko jitni baar thanks bolu utna kam hai sir aapki wajah se meine dimensions seekh li
Sir plz a new video uploaded by a topic is how to find a dimensional in CGS unit sir jeldi se upload kardo exam 3 march se h us se pahle plz sir ....
Thank you so much sir ...you made it very easy 💜💥
Sir you are incredible😍👍 thanks a lot🙏❤🌹
Thank you so much sir sar aapane dimensional formula nikalna ekadam aasan❤❤❤❤❤❤❤❤😊😊😊😊😊
You are a best teacher of physics 😊
Thank you sir 🙏🏻🙏🏻🙏🏻....my concept is clear in just minutes 🤗
Sir wo M Ka mtlb boht pyaar se ni hota h:(
Thank you so so much sir apko pata nhi ki ap meri kittni badi help ki h jab mai college jati thi toh mujhe formula yaad nhi hota tha to mai mem jab questions deti toh mai kuchh bhi bana nhi paati thi baas unka muh takti thi but ab mujhe nhi lagta ki esa hoga kyoki mai formula yaad kar lungi ab🙏🙏🙏🙏😟😟😟😟 thank you sir😥😥😥😥😍😍😍😍
Very nice
Me learning it in 9th class and you made it easier For me thanks ❤❤
Thank you sir for explaining in such a good and glamorous way. I hope I will score good marks in this portion
Dear sir
This video helped me a lot
After watching this video, I am able to find any dimensional formula
Thank you so much 👍👍
Thank you so much sir for simple language and simple solution to understanding 🙏🙏
first time watch this channels'vedio &,,,,my all doughts had clear .about units and dimension ,,,,,,,,,,,........thaNK you SIR
Wow really helpful and informative In very short time period thank you so much sir ❤❤...
Thank you soo much sir it really helped me alot!!❤💥
Thanks sir . 😊 Ur way of teaching is so good .😊😊
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Thank you sir yah video hum sabke liye bahut hi useful rahi
Very very nice explanation sir it's very helpful to us❤❤❤❤❤❤❤
I can understand him but I don't know Hindi . I'm watching his video regularly it is very clear
Are you from Jupiter?🤨
Ha
This helped me a lot to understand about dimensions
Umm nepal
Thanks sir I understand it properly.thanks a lot .💯💯💯💯✌✌👏👏👏👏👏👏👏
Thankyou thankyou 🥰 so much respected sir
Nicely explained sir, thank you
Very very thanks sir for solving our problem 🔥🔥
Sir bhut great ho aap❤️❤️❤️😊😊🙏🏻🙏🏻
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Thank u sir.. For this useful video
Sir superb teaching.. it is really very understanding and helpful
REALLY I WANT TO SAY THAT YOU THE WONDERFUL TEACHER IN MY LIFE 💕💕
Dimention formula ki sheet kon dega ? 😢😢 Bhaisab
pinned comment dekh le bhai
Mne bnyye h
Love u sir❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️aapke boht badiya sikhaya
Kash hamare teachers bhi yesa padate😞
Thank you thank you thank you so much sir before 3 months off annual exams I came to know who we can find dimensions once again thanks sir.
Such a wonderful and cristal clear explanation. Thank you so much, Sir. 🤗🤗
The way you are teaching is just so amazing and you made it so damn clear, I wish you were My teacher in the college
Thanks a lot sir💮
I was very very much confused with this topic thank you very much sir ji🙏🙏❤️❤️
Thanku sir acchi trah deeply amajh aya
Video dekh kar lagta hai ki itna easy hai thanks sir
Thank you sir ☺️
Super explanation sir! I understood very well sir!
U r the best teacher.....
Thanku sir ❤❤ this video is very useful for me to clear my douts in dimensional analysis and it's applications.
Thanku soo much sir for this detail video
Thank you very very much sir... U made it really so easy...... Sir🥰🥰u the best......
Who watching in September 😂😂 2024 0:53
Mai hu gadha 😊
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One who came for term 1 (2021-2022)😂😅😅
Sir aapne jaise samjhaya mujhe pura samajh aa gaya thank you 😊
Sir aapka explanation way mujhe bohot jyada pasand aaya 👍
Iss topic pe maine class Miss kardiya tha, so bohot problems face horahe the. School teachers se samajh nahi aate the. But abb I can make it 🔥
Thanku so much sir this is really useful 💯%
Sir 2 minute ME to pen bhi nhi pakad Pate ise 2second me kese Karenge😂
😂😂
@MamtaBhaghel
Point!