Electricity One Shot with Experiment | Class 10 Physics Board Exams With Ashu Sir | Science and Fun

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[singingsuperstar]

All Formulas of Electricity:
1) I = Q/t
2) Q = ne
3) V = W/Q
4) V = IR
5) R = Rho x L/A
6)Resistance in Series: Rs = R1 + R2 + R3
7)Resistance in Parallel: 1/Rp = 1/R1 + 1/R2 + 1/R3 (» Reciprocal of R1+R2+R3)
8)H = V × Q
i) H = VIt
ii) H = I²Rt
iii) H = V²t/R
9) P = W/t
i) P = VI
ii) P = I²R
iii) P = V²/R
10) E = P × t

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

Measuring Devices:
Ammeter / Milli Ammeter - for measuring current (always connected in series)
Galvanometer - for measuring small/sensitive currents (we can also get the direction of the current)
Voltmeter - for measuring volts (always connected in parallel)
Ohm Meter - Measures the resistivity

Things to remember:
electron charge = (-1.6 x 10⁻¹⁹ C)
1Ampere = 1000mA
1 Killowaat = 1000W
1 Horse Power = 746W

Edit- Omgg 2.4k
Now me thinking that i did some stuff for everyone
Yk what, I wrote all this just to memorise all the formulas while watching the video,
Chalo anywayz thankss for the lovee
Keep giving love n support 🙏

[parthkulkarni]

8:00
1)An atom can easily lose an electron because the electrons flow in shells. These shells are away from the nucleus of the atom meaning that they will have less force of attraction on them. Protons have higher force of attraction ( because they lie in the nucleus along with neutron). Because of this higher force of attraction they (generally) cannot separate themselves from the nucleus that is why the electrons exchange themselves
56:40
2) The current will increase
1:23:30
3)The SI unit of electrical resistivity is the ohm⋅metre (Ω⋅m)

[Tejazzzzzzz]

introduction
03:31 electrostatics and electrodynamic
10:45 current
22:25 direction of current
29:26 experiment
30:50 flow of charge particles
37:35 dfeeriance between electric potential and potential difference
47:30 1 volt
51:50 experiential
54:30 types of circuit
55:13 ohm law
01:03:10resistance
01:11:08 experiment
01:13:20 factors on which resistance depend
01:26:25 resistivity
01:32:39 combination of resistor
01:45:29 household circuits
01:52:00 experiment
01:54:36 electric power
02:06:58 heating effect of current
hope this will help

[ShamanpreetKaur-cp]

introduction
03:31 electrostatics and electrodynamic
10:45 current
22.25 direction of current
29:26 experiment
30:50 flow of charge particles
37:35 dfeeriance between electric potential and potential difference
47:30 1 volt
51:50 experiential
54:30 types of circuit
55:13 ohm law
01:03:10resistance
01:11:08 experiment
01:13:20 factors on which resistance depend
01:26:25 resistivity
01:32:39 combination of resistor
01:45:29 household circuits
01:52:00 experiment
01:54:36 electric power
02:06:58 heating effect of current

[raghavkasera]

introduction
03:31 electrostatics and electrodynamic
10:45 current
22:25 direction of current
29:26 experiment
30:50 flow of charge particles
37:35 dfeeriance between electric potential and potential difference
47:30 1 volt
51:50 experiential
54:30 types of circuit
55:13 ohm law
01:03:10resistance
01:11:08 experiment
01:13:20 factors on which resistance depend
01:26:25 resistivity
01:32:39 combination of resistor
01:45:29 household circuits
01:52:00 experiment
01:54:36 electric power
02:06:58 heating effect of current
hope this will help

[ojasrahate]

All Formulas of Electricity:
1) I = Q/t
2) Q = ne
3) V = W/Q
4) V = IR
5) R = Rho x L/A
6)Resistance in Series: Rs = R1 + R2 + R3
7)Resistance in Parallel: 1/Rp = 1/R1 + 1/R2 + 1/R3 (» Reciprocal of R1+R2+R3)
8)H = V × Q
i) H = VIt
ii) H = I²Rt
iii) H = V²t/R
9) P = W/t
i) P = VI
ii) P = I²R
iii) P = V²/R
10) E = P × t

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

Measuring Devices:
Ammeter / Milli Ammeter - for measuring current (always connected in series)
Galvanometer - for measuring small/sensitive currents (we can also get the direction of the current)
Voltmeter - for measuring volts (always connected in parallel)
Ohm Meter - Measures the resistivity

Things to remember:
electron charge = (-1.6 x 10⁻¹⁹ C)
1Ampere = 1000mA
1 Killowaat = 1000W
1 Horse Power = 746W

[HemangNityant]

introduction
03:31 electrostatics and electrodynamic
10:45 current
22:25 direction of current
29:26 experiment
30:50 flow of charge particles
37:35 dfeeriance between electric potential and potential difference
47:30 1 volt
51:50 experiential
54:30 types of circuit
55:13 ohm law
01:03:10resistance
01:11:08 experiment
01:13:20 factors on which resistance depend
01:26:25 resistivity
01:32:39 combination of resistor
01:45:29 household circuits
01:52:00 experiment
01:54:36 electric power
02:06:58 heating effect of current

[kherorkhata]

8:00 Because, the protons are a part of the nucleus in an atom and the particles of the nucleus (protons and neutrons) are held together by strong nuclear forces which do not allow them to move out easily (as nuclear force is the strongest force discovered till date). But, electrons move freely, in an orbit, of the nucleus due to the centripetal force generated due to the electrostatic force between them [as the nucleus contains positive (+ve) charge and the electrons contain negative (-ve) charges], and thus the electrons can move freely within the body, easier than that required for protons.

55:33 The current will increase (0.1>) because the Potential Difference/Voltage increases as the Current in the circuit increases. The Potential Difference is directly proportional to the Current in the circuit i.e. the equation is (V ∝ I)

[devkushwaha]

56:45 answer=. V is directly proportional to the I electric current
Thus by increasing volt current is increased

[ifra]

1:23:30 .
=>R = rho L/A
=>RA/L=rho
=>Resistance S.I unit - ohm
=>Area S.I unit - m²
=>Lengh S.I unit-m
=>Therefore, (put the S.i units on the place of RA/L= Rho to find the S.I unit of Rho.
=>ohm.m²/m=Rho
=>ohm.m= rho(m²/m=m)
=>therefore the S.I unit of rho is ohm×metre
=>thanks me later..

[ruchigupta]

Time: 56:36
Current will increase as potential difference across the two ends of a conductor increase
This is because P. D and current are directly proportional according to ohm's law😊

[harshprakash]

Current zyada hai matlab output force bhi zyada apply krega, means output bhi zyada hona chahiye.
But voltage dono batteries ka same hai (approx) but output same, how??

Greater value of amp. Must result in higher voltage result.
Time stamp - 52:50

[fireyt]

19:20 Padha tha par ab yaad aa gya again😅😅😅😅😅😅

[anjalisahlot]

ans 1. bcs protons are inside the nucelous its being difficult to seprate then from the cell so electrons are seprated easly bcs they present in out of the nucleous of the cell.

[ruchigupta]

Time 59:28
S. I unit of resistivity is ohm/m (ohm per metre)
Because
Rho = R × a / l
By substituting the units
Rho = ohm × m(square) / m
So m(square) will be divided with m
And the S. I unit of resistivity will be Ohm/m

[dancing_chanchal]

I hope everyone got 95% in 2023-24 and I pray to god ❤️❤️😍

[ArjunMeshram-zb]

Hello sir, me ye video like 2025 batch ke pov se dekh raha hu and i just saw your podcast with “prakhar ke pravachan” and it is so inspiring your story your lifee. Huge respect to you Ashu sirr ❤️

[DARKNESS__]

8:13 the answer is sir because the proton are stable, they are held tightly in the nucleus of an atom with neutron but also in term of mass, the mass of proton is more than electron, whereas electron can revolve around the nucleus, and as soon as we increase the distance from the necleus, the kineatic energy of the electron also speed up and the holding capaity of the neclus also decreases, this is the main reason why electron flow in electricty and proton donot:
hope this helps::

[Priya-rw]

1. Because proton present in nucleus..
2. By loosing electron.

[Sourabh-s]

56:35 the current will increase because voltage increase
When voltage increase the work done per charge is increased