SAI DINESH N M
SAI DINESH N M
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  • Просмотров 188 093
A particle starting from rest |H.C.VERMA |REST AND MOTION |Q.NO 18| VOLUME _1|NARASIMHARAO
A particle starting from rest |H.C.VERMA |REST AND MOTION |Q.NO 18| VOLUME _1|NARASIMHARAO
Просмотров: 326

Видео

A Bullet going with a speed 350m/s| H.C.VERMA |Q.NO 17| REST AND MOTION| volume_1|NARASIMHARAO SIR5:28A Bullet going with a speed 350m/s| H.C.VERMA |Q.NO 17| REST AND MOTION| volume_1|NARASIMHARAO SIR
A Bullet going with a speed 350m/s| H.C.VERMA |Q.NO 17| REST AND MOTION| volume_1|NARASIMHARAO SIR
Просмотров 1035 месяцев назад
A Bullet going with a speed 350m/s| H.C.VERMA |Q.NO 17| REST AND MOTION| volume_1|NARASIMHARAO SIR
A Train starts from rest |H.C.VERMA | Q.NO 15| REST AND MOTION |EXERCISE | volume _1 |NARASIMHARAO17:17A Train starts from rest |H.C.VERMA | Q.NO 15| REST AND MOTION |EXERCISE | volume _1 |NARASIMHARAO
A Train starts from rest |H.C.VERMA | Q.NO 15| REST AND MOTION |EXERCISE | volume _1 |NARASIMHARAO
Просмотров 2595 месяцев назад
A Train starts from rest |H.C.VERMA | Q.NO 15| REST AND MOTION |EXERCISE | volume _1 |NARASIMHARAO
A Bullet travelling with a velocity of 16m/s | H.C.VERMA | REST AND MOTION | Q.NO 16| NARASIMHARAO5:32A Bullet travelling with a velocity of 16m/s | H.C.VERMA | REST AND MOTION | Q.NO 16| NARASIMHARAO
A Bullet travelling with a velocity of 16m/s | H.C.VERMA | REST AND MOTION | Q.NO 16| NARASIMHARAO
Просмотров 4955 месяцев назад
A Bullet travelling with a velocity of 16m/s | H.C.VERMA | REST AND MOTION | Q.NO 16| NARASIMHARAO
A Person traveling at 43.2 kmph| H.C.VERMA | q.no 14| Rest and motion |EXERCISE |NARASIMHARAO SIR5:21A Person traveling at 43.2 kmph| H.C.VERMA | q.no 14| Rest and motion |EXERCISE |NARASIMHARAO SIR
A Person traveling at 43.2 kmph| H.C.VERMA | q.no 14| Rest and motion |EXERCISE |NARASIMHARAO SIR
Просмотров 495 месяцев назад
A Person traveling at 43.2 kmph| H.C.VERMA | q.no 14| Rest and motion |EXERCISE |NARASIMHARAO SIR
An object having a velocity 4.0 m/s|H.C.VERMA |Q.NO 13| REST AND MOTION |NARASIMHARAO|Exercise3:00An object having a velocity 4.0 m/s|H.C.VERMA |Q.NO 13| REST AND MOTION |NARASIMHARAO|Exercise
An object having a velocity 4.0 m/s|H.C.VERMA |Q.NO 13| REST AND MOTION |NARASIMHARAO|Exercise
Просмотров 1975 месяцев назад
An object having a velocity 4.0 m/s|H.C.VERMA |Q.NO 13| REST AND MOTION |NARASIMHARAO|Exercise
H.C.VERMA | VOLUME 1| REST AND MOTION | QNO. 10| EXERCISE | NARASIMHARAO SIR | V_t graph8:54H.C.VERMA | VOLUME 1| REST AND MOTION | QNO. 10| EXERCISE | NARASIMHARAO SIR | V_t graph
H.C.VERMA | VOLUME 1| REST AND MOTION | QNO. 10| EXERCISE | NARASIMHARAO SIR | V_t graph
Просмотров 3095 месяцев назад
H.C.VERMA | VOLUME 1| REST AND MOTION | QNO. 10| EXERCISE | NARASIMHARAO SIR | V_t graph
H.C.VERMA |REST AND MOTION |Q.NO 9|EXERCISE | NARASIMHARAO | X_ t graph15:43H.C.VERMA |REST AND MOTION |Q.NO 9|EXERCISE | NARASIMHARAO | X_ t graph
H.C.VERMA |REST AND MOTION |Q.NO 9|EXERCISE | NARASIMHARAO | X_ t graph
Просмотров 3535 месяцев назад
H.C.VERMA |REST AND MOTION |Q.NO 9|EXERCISE | NARASIMHARAO | X_ t graph
Rest and motion |H.C.VERMA |q.no 8|EXERCISE |NARASIMHARAO | V_ t graph6:26Rest and motion |H.C.VERMA |q.no 8|EXERCISE |NARASIMHARAO | V_ t graph
Rest and motion |H.C.VERMA |q.no 8|EXERCISE |NARASIMHARAO | V_ t graph
Просмотров 1345 месяцев назад
Rest and motion |H.C.VERMA |q.no 8|EXERCISE |NARASIMHARAO | V_ t graph
The Electric potential existing in space is V(x,y,z)= A(xy+yz+zx)|H.C.VERMA |q.no 60|Chapter 2913:54The Electric potential existing in space is V(x,y,z)= A(xy+yz+zx)|H.C.VERMA |q.no 60|Chapter 29
The Electric potential existing in space is V(x,y,z)= A(xy+yz+zx)|H.C.VERMA |q.no 60|Chapter 29
Просмотров 916 месяцев назад
The Electric potential existing in space is V(x,y,z)= A(xy yz zx)|H.C.VERMA |q.no 60|Chapter 29
An Electric field E = 20i +30j N/C exists in the space |H.C.VERMA|q.no58| ELECTRIC FIELD& POTENTIAL6:53An Electric field E = 20i +30j N/C exists in the space |H.C.VERMA|q.no58| ELECTRIC FIELD& POTENTIAL
An Electric field E = 20i +30j N/C exists in the space |H.C.VERMA|q.no58| ELECTRIC FIELD& POTENTIAL
Просмотров 1726 месяцев назад
An Electric field E = 20i 30j N/C exists in the space |H.C.VERMA|q.no58| ELECTRIC FIELD& POTENTIAL
Some equipotential surfaces | H.C.VERMA |Q.no 62| ELECTRIC FIELD AND POTENTIAL |NARASIMHARAO15:26Some equipotential surfaces | H.C.VERMA |Q.no 62| ELECTRIC FIELD AND POTENTIAL |NARASIMHARAO
Some equipotential surfaces | H.C.VERMA |Q.no 62| ELECTRIC FIELD AND POTENTIAL |NARASIMHARAO
Просмотров 2776 месяцев назад
Some equipotential surfaces | H.C.VERMA |Q.no 62| ELECTRIC FIELD AND POTENTIAL |NARASIMHARAO
The acceleration of a cart started at t=0 varies with time | H.C.VERMA | q.no. 7 | Rest and motion15:18The acceleration of a cart started at t=0 varies with time | H.C.VERMA | q.no. 7 | Rest and motion
The acceleration of a cart started at t=0 varies with time | H.C.VERMA | q.no. 7 | Rest and motion
Просмотров 1956 месяцев назад
The acceleration of a cart started at t=0 varies with time | H.C.VERMA | q.no. 7 | Rest and motion
AN ELECTRIC FIELD E = iAx exists in the space| H.C.VERMA | Q.no. 59| ELECTRIC FIELD AND POTENTIAL9:11AN ELECTRIC FIELD E = iAx exists in the space| H.C.VERMA | Q.no. 59| ELECTRIC FIELD AND POTENTIAL
AN ELECTRIC FIELD E = iAx exists in the space| H.C.VERMA | Q.no. 59| ELECTRIC FIELD AND POTENTIAL
Просмотров 1196 месяцев назад
AN ELECTRIC FIELD E = iAx exists in the space| H.C.VERMA | Q.no. 59| ELECTRIC FIELD AND POTENTIAL
Caluculate the smallest wavelength of radiation |H.C.VERMA|Q.no.3|Bohrs model & Physics of the atom12:06Caluculate the smallest wavelength of radiation |H.C.VERMA|Q.no.3|Bohrs model & Physics of the atom
Caluculate the smallest wavelength of radiation |H.C.VERMA|Q.no.3|Bohrs model & Physics of the atom
Просмотров 766 месяцев назад
Caluculate the smallest wavelength of radiation |H.C.VERMA|Q.no.3|Bohrs model & Physics of the atom
The Bohr radius a₀= ε₀h²/πme²|Q.no 1| Bohr model and physics of the atom|H.C.VERMA | NARASIMHARAO6:02The Bohr radius a₀= ε₀h²/πme²|Q.no 1| Bohr model and physics of the atom|H.C.VERMA | NARASIMHARAO
The Bohr radius a₀= ε₀h²/πme²|Q.no 1| Bohr model and physics of the atom|H.C.VERMA | NARASIMHARAO
Просмотров 626 месяцев назад
The Bohr radius a₀= ε₀h²/πme²|Q.no 1| Bohr model and physics of the atom|H.C.VERMA | NARASIMHARAO
A particle of mass m and charge q is thrown at speed uH.C.VERMA | Qno.47|ELECTRIC FIELD &POTENTIAL6:53A particle of mass m and charge q is thrown at speed uH.C.VERMA | Qno.47|ELECTRIC FIELD &POTENTIAL
A particle of mass m and charge q is thrown at speed uH.C.VERMA | Qno.47|ELECTRIC FIELD &POTENTIAL
Просмотров 796 месяцев назад
A particle of mass m and charge q is thrown at speed uH.C.VERMA | Qno.47|ELECTRIC FIELD &POTENTIAL
A Pendulum Bob of mass 80mg and carrying a charge| H.C.VERMA |q.no46|ELECTRIC FIELD &POTENTIAL11:34A Pendulum Bob of mass 80mg and carrying a charge| H.C.VERMA |q.no46|ELECTRIC FIELD &POTENTIAL
A Pendulum Bob of mass 80mg and carrying a charge| H.C.VERMA |q.no46|ELECTRIC FIELD &POTENTIAL
Просмотров 776 месяцев назад
A Pendulum Bob of mass 80mg and carrying a charge| H.C.VERMA |q.no46|ELECTRIC FIELD &POTENTIAL
The Speed of a car as a function of time is shown | H.C.VERMA |Q.no.6|Rest and motion |NARASIMHARAO5:44The Speed of a car as a function of time is shown | H.C.VERMA |Q.no.6|Rest and motion |NARASIMHARAO
The Speed of a car as a function of time is shown | H.C.VERMA |Q.no.6|Rest and motion |NARASIMHARAO
Просмотров 586 месяцев назад
The Speed of a car as a function of time is shown | H.C.VERMA |Q.no.6|Rest and motion |NARASIMHARAO
A 10 cm long rod carries a charge of 50μc| H.C.VERMA |Q.no.41|ELECTRIC FIELD&POTENTIAL|NARASIMHARAO9:16A 10 cm long rod carries a charge of 50μc| H.C.VERMA |Q.no.41|ELECTRIC FIELD&POTENTIAL|NARASIMHARAO
A 10 cm long rod carries a charge of 50μc| H.C.VERMA |Q.no.41|ELECTRIC FIELD&POTENTIAL|NARASIMHARAO
Просмотров 1106 месяцев назад
A 10 cm long rod carries a charge of 50μc| H.C.VERMA |Q.no.41|ELECTRIC FIELD&POTENTIAL|NARASIMHARAO
A ROD of length L has a total charge Q distributed |H.C.VERMA|Q.no.40| ELECTRIC FIELD AND POTENTIAL5:59A ROD of length L has a total charge Q distributed |H.C.VERMA|Q.no.40| ELECTRIC FIELD AND POTENTIAL
A ROD of length L has a total charge Q distributed |H.C.VERMA|Q.no.40| ELECTRIC FIELD AND POTENTIAL
Просмотров 3136 месяцев назад
A ROD of length L has a total charge Q distributed |H.C.VERMA|Q.no.40| ELECTRIC FIELD AND POTENTIAL
Three identical charges each having a value 1.0×10⁻⁸c| H.C.VERMA|Q.NO 38|ELECTRIC FIELD & POTENTIAL16:01Three identical charges each having a value 1.0×10⁻⁸c| H.C.VERMA|Q.NO 38|ELECTRIC FIELD & POTENTIAL
Three identical charges each having a value 1.0×10⁻⁸c| H.C.VERMA|Q.NO 38|ELECTRIC FIELD & POTENTIAL
Просмотров 2566 месяцев назад
Three identical charges each having a value 1.0×10⁻⁸c| H.C.VERMA|Q.NO 38|ELECTRIC FIELD & POTENTIAL
A water particle of mass 10.0mg and having a charge of 1.50 ×10⁻⁶c |H.C.VERMA |q.no.37|Chapter 295:43A water particle of mass 10.0mg and having a charge of 1.50 ×10⁻⁶c |H.C.VERMA |q.no.37|Chapter 29
A water particle of mass 10.0mg and having a charge of 1.50 ×10⁻⁶c |H.C.VERMA |q.no.37|Chapter 29
Просмотров 496 месяцев назад
A water particle of mass 10.0mg and having a charge of 1.50 ×10⁻⁶c |H.C.VERMA |q.no.37|Chapter 29
The displacement x of a particle at the instant ,when it's velocity V = under root of 3x+162:57The displacement x of a particle at the instant ,when it's velocity V = under root of 3x+16
The displacement x of a particle at the instant ,when it's velocity V = under root of 3x+16
Просмотров 846 месяцев назад
The displacement x of a particle at the instant ,when it's velocity V = under root of 3x 16
If a Cyclist takes 1minute to complete half revolution on circularpath of radius 120m|NARASIMHARAO2:41If a Cyclist takes 1minute to complete half revolution on circularpath of radius 120m|NARASIMHARAO
If a Cyclist takes 1minute to complete half revolution on circularpath of radius 120m|NARASIMHARAO
Просмотров 2336 месяцев назад
If a Cyclist takes 1minute to complete half revolution on circularpath of radius 120m|NARASIMHARAO
An athlete takes 2.0 s to reach his maximum speed of 18.0 km/h| H.C.VERMA | Q.no.5|Rest and motion4:04An athlete takes 2.0 s to reach his maximum speed of 18.0 km/h| H.C.VERMA | Q.no.5|Rest and motion
An athlete takes 2.0 s to reach his maximum speed of 18.0 km/h| H.C.VERMA | Q.no.5|Rest and motion
Просмотров 5066 месяцев назад
An athlete takes 2.0 s to reach his maximum speed of 18.0 km/h| H.C.VERMA | Q.no.5|Rest and motion
When a person leaves his home for sightseeing by| H.C.VERMA |q.no. 4| Rest and motion |NARASIMHARAO6:50When a person leaves his home for sightseeing by| H.C.VERMA |q.no. 4| Rest and motion |NARASIMHARAO
When a person leaves his home for sightseeing by| H.C.VERMA |q.no. 4| Rest and motion |NARASIMHARAO
Просмотров 6516 месяцев назад
When a person leaves his home for sightseeing by| H.C.VERMA |q.no. 4| Rest and motion |NARASIMHARAO
It is 260 km from Patna to Ranchi by air and 320 km by road|H.C.VERMA |q.no.3| Rest and motion9:30It is 260 km from Patna to Ranchi by air and 320 km by road|H.C.VERMA |q.no.3| Rest and motion
It is 260 km from Patna to Ranchi by air and 320 km by road|H.C.VERMA |q.no.3| Rest and motion
Просмотров 6176 месяцев назад
It is 260 km from Patna to Ranchi by air and 320 km by road|H.C.VERMA |q.no.3| Rest and motion
A Ball is projected with a velocity 10 m/s at an angle of 60 ⁰with vertical |NEET 2022|NARASIMHARAO4:10A Ball is projected with a velocity 10 m/s at an angle of 60 ⁰with vertical |NEET 2022|NARASIMHARAO
A Ball is projected with a velocity 10 m/s at an angle of 60 ⁰with vertical |NEET 2022|NARASIMHARAO
Просмотров 296 месяцев назад
A Ball is projected with a velocity 10 m/s at an angle of 60 ⁰with vertical |NEET 2022|NARASIMHARAO
A Bullet is fired from the Gun at the speed of 280 m/sin the direction 30⁰| NEET 2023|NARASIMHARAO2:54A Bullet is fired from the Gun at the speed of 280 m/sin the direction 30⁰| NEET 2023|NARASIMHARAO
A Bullet is fired from the Gun at the speed of 280 m/sin the direction 30⁰| NEET 2023|NARASIMHARAO
Просмотров 266 месяцев назад
A Bullet is fired from the Gun at the speed of 280 m/sin the direction 30⁰| NEET 2023|NARASIMHARAO