Electricity - One Shot [ Complete Chapter ] | CBSE Class 10 Physics Chapter 12 | Term 2 | Vedantu

Electricity Class 10 in One Shot[Complete Chapter] | CBSE Class 10 Physics Chapter 12 | NCERT Solutions for Class 10 Science #Vedantu9and10Hindi. Learn, Electricity Complete Chapter in One Shot - Are you curious to know about what is Electricity full chapter for 2nd term exam? 💡 from CBSE Class 10 Physics? Let's watch this session to know more about the amazing topic of "Electricity" with proper explanation by your favorite Abhishek Sir. This session enlightens you with CBSE Class 10 exam preparation strategy for Electricity with in-depth explanations and how to revise crucial topics.

Timestamp:
00:00-Introduction,
06:36 Electric charge & Current,
18:50 Vquiz,
28:20 Tsunami Effect,
31:38 Vquiz,
35:22 Ohm's Law,
50:14 Factors affecting Resistance,
53:34 Vquiz,
56:41 Heating effects of electric current,
01:04:36 Vquiz

📢 🔥 Find CBSE Class 10 Full Chapter Playlist Links:👇

📌 Topics Covered In this Session:
✦ Electricity Class 10 One Shot
✦ Electricity Class 10 One Shot Vedantu
✦ Electricity Class 10 One Shot Term 2
✦ Class 10 Physics One Shot Term 2
✦ Electricity Class 10 NCERT Solutions
✦ Electricity CBSE Class 10 Physics
✦ Electricity - Class 10 Science
✦ Electricity Class 10 in Hindi
✦ Class 10 Electricity Vedantu
✦ Class 10 Electricity Term 2
✦ Class 10 Electricity Questions
✦ Vedantu One Shot Physics Class 10
✦ CBSE Class 10 Physics Chapter 12
✦ NCERT Solutions for Class 10 Science
✦ Free Online Classes

#Electricity #CBSEinOneShot #Class10Science #CBSEClass10Physics #AbhishekSirVedantu #StayHomeAndLearn #BoardExam2022 #OnlineClasses #MilkeMachateHain

I hope you guys enjoyed & Gained Knowledge from this video on "Electricity - One Shot [ Complete Chapter ]". See you in the next surprising ⏭️ session

[vidyuth]

All Formulas of Chapter Electricity

1) I=Q/t
2) Q=ne
3) V=W/Q
4) V=IR [ V=Iyer (tmkoc wala) ]
5) R=Rho×L/A
6) H=V×Q
i) H=VIt
ii) H=I^2Rt
iii) H=V^2t/R
7) P=W/t
i) P=VI
ii) P=I^2R
iii) P=V^2/R
8) E=P×t
9) Resistance in Series-Rs=R1+R2+R3
10) Resistance in Parallel-1/Rp=1/R1+1/R2+1/R3 (i.e. Reciprocal of R1+R2+R3)

S.I. Unit
Current(I)-Ampere
Charge(Q)-Columb
Time(t)-Second
Potential Difference or Voltage(V)-Volt
Resistance(R)-Ohm
Resistivity(Rho)-Ohm meter
Power(P)-Watt
Heat=Energy=Work-Joule

Things to remember for numericals-
1 Kw-1000W
1 Horse Power-746W

[aryas.notebook]

Don't mind me but session starts at: 6:22
Ohm's law- 28:11
Resistance- 35:23
Series and parallel - 51:14
Heating effects- 56:49

[zennaonthez]

Don't mind me just writing it down for practice.

Current is the rate of flow of charges.
I = q/t
Ampere = Coulomb/Second
q = ne
Charge = 1.6x10-19 x electrons
Ammeter
Work done per unit charge
w/q = v
Joules/Coulomb = Volt
Voltmeter
The difference in electric potential is the potential difference.
The potential difference is 1 volt when 1 joule of energy is used to move a charge from one place to another.
Ohm's Law states that the current flowing in a circuit is directly proportional to the potential difference in a circuit when the temperature or resistance remains constant.
V = IR
R proportional to L
R inversely proportional to A
R = rxL/A
v = v2 + v3
ir = ir1 + ir2
r = r1 = r2
I = i1+ i2
v/r = v/r1 + v/r2
1/r = 1/r1 + 1/r2
Heat is proportional to the square of the current, resistance, and time.
H = i2rt
Power is energy sent per unit of time.
P = E/T = W/S = VQ/T = VI = I2R = V2/R
H = P x T
Multiply every formula of power with T and we get a formula of heat.

[karmrajprajapati]

Best of luck...! 🎊 Who is watching is video for board term 2nd...? 😊😊😊
Students please do not skip, fully watched this video, because the style in teaching all Vedantu teachers is so amazing... You watch 3-4 hours video of vedantu without board and you didn't realise how time is passed...! All the best for Term 2nd board examination guy's...!

[grandcraft]

Disclaimer : No sakshi was harmed during this session 😂😂🤣🤣

[pradeepnayak]

Tomorrow is my pre boards and I have not completed my syllabus not even half and 3:4 2 and I am really worried but is 3:42PM and today is Sunday....hoping for the best






🤒

[soniyajain]

52:01 A trick to remember where current and voltage are same
P.V. SINDHU, in parallel voltage is same {PV} and in series current is same{SINDHU}

[pjjayagiriyaa]

Sir, can you please upload a counselling session for career plans after Board Exam? It'll be really helpful for many. Please consider my request. Loving your sessions from Tamilnadu 😊😊

[roasterfufaji]

Aaj koi best'of luck bol do 😂😂 sal bhar maine kuch nhi padha 😂😂

[leogaming]

Board is after 4 days and i am watching it now
REAL BACKBENCHERS ♥️

[hariniseshadri]

Hello sir...i am your student from Kerala..
Just got my cbse 10 th results
Got 96.6%...and 95 in science....it's all because of your effort...I've learnt a lot from your videos ❤️❤️❤️🙏🙏🙏thanks a lot

[vishvrajsinhparmar]

Hlo Sir loved the
Menti Rank: 17th, all were correct
And thank you so much sir ji for the session 😊😊
Sir one request for this ki pls provide a DPP or a type of chapter test for

[akanksha]

Q Define electric current
Q Define 1 Ampere
Q Define voltage⚡️
Q Define Potential difference
Q Explain ohm law.
Q Derivation of ohm law
Q What is resistance
Q What are factors affecting resistance

[aditeekulkarni]

Awesome session sir..
Electricity is not that easy, u made it easy, thank youu soo much❤❤❤❤❤❤
Fav part: every mili-second of the session
Menti rank: 85th 😢

[akprogamerzyt]

Fun fact😁🤣:--- The beginners of this chapter dont't understand the lesson because of the explaining speed is very high then the beginners anyone is statify from my comment so like the comment...🙏🙏🙏🙏

[teentigadalover]

1. Define Electric Current
2. Define the SI Unit of Electric Current (Ampere)
One Ampere is the electric current when one columb of charge flows through the electric circuit in one second
3.

[MG-tbgd]

Today I am so happy to tell that I scored 94 pr in my boards just because of vedantu

[VM_]

Session was Fantastic.💫
Revision is completed again.
Thank you sir!! 🙂

[sonalisharma]

Thankyou sir I'm all set for my boards

[harryminati]

SIR I HAVE A DOUBT!!!!
electric potential at a point in an electric field is defined as the
the work done in moving a unit positive charge from infinity to that point. I AM NOT ABLE TO DIGEST THIS DEFINITION PLEASE SIMPLIFY IT FOR ME .