357661 In photoelectric effect, which of the following property of incident light will not affect the stopping potential

357662 When a certain metallic surface is illuminated with monochromatic light of wavelength \(\lambda\), the stopping potential for photoelectric current is \(3 V_{0}\). When the same surface is illuminated with a light of wavelength \(2 \lambda\), the stopping potential is \(V_{0}\). The threshold wavelength for this surface for photoelectric effect is

357663 The stopping potential of the photoelectrons, from a photo cell is

357664 Light of wavelength \(330\;nm\) falling on piece of metal ejects electrons with sufficient energy which requires voltage \(V_{0}\) to prevent them from reaching a collector. In the same set up, light of wavelength \(220\;nm\), ejects electrons which required twice the voltage \(V_{0}\) to stop them in reaching a collector. The numerical value of voltage \(V_{0}\) is

357665 The collector plate in an experiment on photoelectric effect is kept vertically above the emitter plate. Light source is put on and a saturation photo-current is recorded. An electric field is switched on which has a vertically downward direction, then

357661 In photoelectric effect, which of the following property of incident light will not affect the stopping potential

357662 When a certain metallic surface is illuminated with monochromatic light of wavelength \(\lambda\), the stopping potential for photoelectric current is \(3 V_{0}\). When the same surface is illuminated with a light of wavelength \(2 \lambda\), the stopping potential is \(V_{0}\). The threshold wavelength for this surface for photoelectric effect is

357663 The stopping potential of the photoelectrons, from a photo cell is

357664 Light of wavelength \(330\;nm\) falling on piece of metal ejects electrons with sufficient energy which requires voltage \(V_{0}\) to prevent them from reaching a collector. In the same set up, light of wavelength \(220\;nm\), ejects electrons which required twice the voltage \(V_{0}\) to stop them in reaching a collector. The numerical value of voltage \(V_{0}\) is

357665 The collector plate in an experiment on photoelectric effect is kept vertically above the emitter plate. Light source is put on and a saturation photo-current is recorded. An electric field is switched on which has a vertically downward direction, then

357661 In photoelectric effect, which of the following property of incident light will not affect the stopping potential

357662 When a certain metallic surface is illuminated with monochromatic light of wavelength \(\lambda\), the stopping potential for photoelectric current is \(3 V_{0}\). When the same surface is illuminated with a light of wavelength \(2 \lambda\), the stopping potential is \(V_{0}\). The threshold wavelength for this surface for photoelectric effect is

357663 The stopping potential of the photoelectrons, from a photo cell is

357664 Light of wavelength \(330\;nm\) falling on piece of metal ejects electrons with sufficient energy which requires voltage \(V_{0}\) to prevent them from reaching a collector. In the same set up, light of wavelength \(220\;nm\), ejects electrons which required twice the voltage \(V_{0}\) to stop them in reaching a collector. The numerical value of voltage \(V_{0}\) is

357665 The collector plate in an experiment on photoelectric effect is kept vertically above the emitter plate. Light source is put on and a saturation photo-current is recorded. An electric field is switched on which has a vertically downward direction, then

357661 In photoelectric effect, which of the following property of incident light will not affect the stopping potential

357662 When a certain metallic surface is illuminated with monochromatic light of wavelength \(\lambda\), the stopping potential for photoelectric current is \(3 V_{0}\). When the same surface is illuminated with a light of wavelength \(2 \lambda\), the stopping potential is \(V_{0}\). The threshold wavelength for this surface for photoelectric effect is

357663 The stopping potential of the photoelectrons, from a photo cell is

357664 Light of wavelength \(330\;nm\) falling on piece of metal ejects electrons with sufficient energy which requires voltage \(V_{0}\) to prevent them from reaching a collector. In the same set up, light of wavelength \(220\;nm\), ejects electrons which required twice the voltage \(V_{0}\) to stop them in reaching a collector. The numerical value of voltage \(V_{0}\) is

357665 The collector plate in an experiment on photoelectric effect is kept vertically above the emitter plate. Light source is put on and a saturation photo-current is recorded. An electric field is switched on which has a vertically downward direction, then

357661 In photoelectric effect, which of the following property of incident light will not affect the stopping potential

357662 When a certain metallic surface is illuminated with monochromatic light of wavelength \(\lambda\), the stopping potential for photoelectric current is \(3 V_{0}\). When the same surface is illuminated with a light of wavelength \(2 \lambda\), the stopping potential is \(V_{0}\). The threshold wavelength for this surface for photoelectric effect is

357663 The stopping potential of the photoelectrons, from a photo cell is

357664 Light of wavelength \(330\;nm\) falling on piece of metal ejects electrons with sufficient energy which requires voltage \(V_{0}\) to prevent them from reaching a collector. In the same set up, light of wavelength \(220\;nm\), ejects electrons which required twice the voltage \(V_{0}\) to stop them in reaching a collector. The numerical value of voltage \(V_{0}\) is

357665 The collector plate in an experiment on photoelectric effect is kept vertically above the emitter plate. Light source is put on and a saturation photo-current is recorded. An electric field is switched on which has a vertically downward direction, then