Charles' Law | video in HINDI

[@TechTrox]

Thank you Sir! Boyle's Law, Charles' Law ke formulae toh sabko pata hote hai, lekin itne fundamental level ki cheeze log skip kar dete hai.

[@hassanraza5795]

i am from pakistan ... i am very thanksful to you .. mery concepts clear krny ka thankx

[@sagartiwari9659]

Hii I from India what u think about India

[@parthsamthanisbot1882]

You don't need write that you are from pakistan we all are brothers

[@guruchannel5612]

Kaha ka brother Father and son . Just jok

[@meIanchoIia]

Mulle indians ko marne ko sikhate hein aur tumlog yha brothers lga ke rakhe ho..ghajwa e hind wale jb g*nd marne aayenge tb sudhroge

[@uhqrelationbharti8504]

Respect sir your are best prefect teacher keep helping students. Thanku sir your are God 😇🙏👼

[@priyanshusharma8201]

V-T relationship (CHARLES LAW). p-T relationship (GAY LUSSAC’s LAW)

[@syeddawood1295]

Good method of teaching thanks from Pakistan

[@himanibisht5237]

Really a lot of respect for u sir 🙏🙏🙏🙏

[@kenjutsutwi8740]

ThankYou Very much Sir ..It is helpful for us in lockdown

[@vidhiganglani6802]

your videos are very useful

[@edupoint.physics]

+Vidhi Ganglani Thank you very much for your support.

[@whatsinaname517]

All can take teacher's degree rare of them have the ability to express them but sir u have it

[@dhanushD.M.912]

sir, l need video of 12 class all chapter mathematice and chemistry plz upload it

[@Bestchoice79950]

Thankful to you sir❤

[@RamanSharma-rd3ru]

More Thank You So Much Sirji!!!

[@fatimacrazykitchen]

Really good loved it All clear

[@cutiepiesweetgirl515]

Sir how p is directly proportional to T in Charles law p is constant Then how is that possible sir

[@vineshkumar3638]

hum ballow ko jab temperature de ge toh ballow phat Jaye ga, us mein k.E bar Jaye gi us ka pressure and volume increase ho Jaye ga, jab hum temperature increase karege toh us ka pressure b increase hoga. or dusre ballow ko jab hum freez karege toh hum ne temperature decrease Kiya toh us ballow ka b volume ya pressure decrease hoga.

[@cutiepiesweetgirl515]

Thank you for explaination but it's not my question My question is how p is directly proportional to T because p is constant in Charles law so please give me the answer of this question

[@ELITE-q5d]

@@cutiepiesweetgirl515 I know am very late but am sure it might be helpful for someone else. So I think it's because both of the cases are different. As sir stated that the first one is the Charles law where v is directly proportional to temperature it's due to the fact that If pressure is applied then it would get compressed and the volume would decrease..... Whereas for the second law i.e Charles law of pressure, the pressure is directly proportional to the gas under the condition that volume is constant because when pressure increases the kinetic energy increases and then the temperature would also increase as a result. You need to understand that both of them are different situations proved by Charles law. Hope u found it helpful.

[@yogeshchauhanrewari.6351]

best sir your vedio very useful for us

[@edupoint.physics]

Hello Yogesh Chauahn Thank you very much for your supportive comment. Bas aap sab ki dua bani rahe.

[@alokKumar-hg6oy]

very good video sir

[@edupoint.physics]

+ALOK KUMAR Thank you for your support and encouragement. And ...... thanks for watching.

[@serajkhan8617]

+EduPoint you are too good

[@khajarahamathullashaik5741]

Sir, I have a doubt

[@sergion_brayen]

Ask

[@freefiregaming-np7li]

I like it sir you are great

[@mridulchakrabarty6439]

Thanks a lot sir .

[@nikhilvermaarts2297]

11:58

[@ramsajjansharma8954]

sir kya gas ke liquified ya dry hone ka bhi koi effect hota h Charles law pr

[@edupoint.physics]

+Ramsajjan Sharma Yes. Charles' law is held only for gases. And as always ..... thanks for watching.

[@ramsajjansharma8954]

EduPoint thank u sir

[@edupoint.physics]

+Ramsajjan Sharma Thank you for this nice question. These laws act on gases and vapours only (for ideal cases, not real cases) and these do not apply to liquids or solids.

[@Kiranjaiswal-kv3wg]

Sir charles law class 9 me bhi h nA

[@khajarahamathullashaik5741]

If p is proportional to 1/v and v is proportional to t then p is proportional to 1/t

[@AMANKUMAR-un6pg]

Sir ham kalvin me Temperature measure karte hai celcius me kyo nahi kya reason hai ish pe video banaye

[@durgeshshinde2585]

Nice vidio

[@ADITYAKUMAR-dv6wt]

sir,I need video of amonton's law.plz upload it I have see your two three video (I)Boyle's law (ii) Charle's law (iii)RMS Speed

[@generatorrex4071]

plz upload more videos sir

[@edupoint.physics]

+Real tech Sure.

[@MedicalChemistryRing]

Good

[@ronitsanga1080]

Nice good video

[@SonuKumar-fm3jn]

Sir koi aesa real life example hai jaha volume badhane se temprature badta ho.

[@knowledgeandmusicravishank4082]

How volume is directly proportional to temperature

[@michaelfaraday6900]

If u will increase temp then kinetic energy will increase which will increase rate of collision due to collision pressure will increase which will increase the volume .V = T

[@swayamdiptaksande7213]

Thanks sir

[@pritideepadas2188]

sir plz upload more vedios for +3 students

[@edupoint.physics]

+PRITIDEEPA DAS Yes ! I am coming.

[@edupoint.physics]

+PRITIDEEPA DAS Actually I am preparing for that. You know this is not easy for me.

[@pritideepadas2188]

ok sir I have a question that why an electron absorb energy when it goes away from nucleus?

[@magnusgoswami5996]

Degree ka kya funds h sir temperature measurement m

[@armsf4297]

Sir, Is not GAY LUSSAC LAW IS [P direct proportional V]

[@sagartiwari9659]

thnx sir

[@rajubhie9]

But temperatures degree Celsius & Fahrenheit mein kyon nhi hoga sir

[@cutiepiesweetgirl515]

Plzz sir I asked you only for clear my concept sir

[@chemistryamazingworld]

nic

[@proactivebehaviour308]

How P1/T1=P2/T2=P3/T3 is written as logP-logT=constant. ??? Please derive this also

[@irshaadahmed9924]

Charses law

[@mdbillalmdbillal4344]

transforms Kenya pas

[@Ahmad-y5k9x]

soso....

[@taswaralam5104]

shezan solanki

[@rubygupta8692]

A chi

[@taswaralam5104]

taha

[@taswaralam5104]

adan

[@taswaralam5104]

kaif

[@taswaralam5104]

tanzeel

[@taswaralam5104]

ali nawaz

[@letsbehumble...7405]

Thanku sir

[@vikashgodara7956]

11:58