Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions)
In Column 1, the nature of light is given and in Column 2 the information about the photons are mentioned. Match the entries of Column 1 with the entries of Column 2.
14
Oct
In Column 1, the nature of light is given and in Column 2 the information about the photons are mentioned. Match the entries of Column 1 with the entries of Column 2. in column 1 the nature of light is given and in Column 2 the information about the photons are mentioned. Match the entries [...]
In the shown experimental setup to study photoelectric effect, two conducting electrodes are enclosed in an evacuated glass-tube as shown. A parallel beam of monochromatic light falls
14
Oct
In the shown experimental setup to study photoelectric effect, two conducting electrodes are enclosed in an evacuated glass-tube as shown. A parallel beam of monochromatic light falls In the shown experimental setup to study photoelectric effect two conducting electrodes are enclosed in an evacuated glass-tube as shown. A parallel beam of monochromatic light falls October [...]
Related to photoelectric effect, in Column 1, some physical quantities change while in Colunm 2 effects of these changes are given. Match the entries of Column 1 with the entries of Column 2.
14
Oct
Related to photoelectric effect, in Column 1, some physical quantities change while in Colunm 2 effects of these changes are given. Match the entries of Column 1 with the entries of Column 2. in Colunm 1 Related to photoelectric effect some physical quantities change while in Colunm 2 effects of these changes are given. Match [...]
In a photoelectric experimental arrangement, light of frequency f is incident on a metal target whose work function is phi = hf/3 as shown. In Column 1, KE of photoelectron is mentioned
14
Oct
In a photoelectric experimental arrangement, light of frequency f is incident on a metal target whose work function is phi = hf/3 as shown. In Column 1, KE of photoelectron is mentioned In a photoelectric experimental arrangement KE of photoelectron is mentioned light of frequency f is incident on a metal target whose work function [...]
With respect to photoelectric effect experiment, match the entries of Column 1 with the entries of column 2.
14
Oct
With respect to photoelectric effect experiment, match the entries of Column 1 with the entries of column 2. match the entries of Column 1 with the entries of Column 2. With respect to photoelectric effect experiment October 14, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
A parallel beam of monochromatic light of wavelength 500 nm is incident normally on a perfectly absorbing surface. The power through any cross-section of the beam is 10 W.
14
Oct
A parallel beam of monochromatic light of wavelength 500 nm is incident normally on a perfectly absorbing surface. The power through any cross-section of the beam is 10 W. A parallel beam of monochromatic light of wavelength 500 nm is incident normally on a perfectly absorbing surface. The power through any cross-section of the beam [...]
A uniform monochromatic beam of light of wavelength 365 * 10^-9 m and intensity 10^-8 W/m^2 falls on a surface having absorption coefficient 0.8 and work function 1.6 eV.
14
Oct
A uniform monochromatic beam of light of wavelength 365 * 10^-9 m and intensity 10^-8 W/m^2 falls on a surface having absorption coefficient 0.8 and work function 1.6 eV. A uniform monochromatic beam of light of wavelength 365 * 10^-9 m and intensity 10^-8 W/m^2 falls on a surface having absorption coefficient 0.8 and work [...]
A surface has light of wavelength lemda 1 = 550 nm incident on it, causing the ejection of photoelectrons for which the stopping potential is Vs1 = 0.19 V. If the radiation of wavelength
14
Oct
A surface has light of wavelength lemda 1 = 550 nm incident on it, causing the ejection of photoelectrons for which the stopping potential is Vs1 = 0.19 V. If the radiation of wavelength A surface has light of wavelength lemda 1 = 550 nm incident on it causing the ejection of photoelectrons for which [...]
The graph between the stopping potential (V0) and (1/lemda) is shown in the figure. phi 1, phi 2 and phi 3 are work functions. Then, which of the following is/are correct?
14
Oct
The graph between the stopping potential (V0) and (1/lemda) is shown in the figure. phi 1, phi 2 and phi 3 are work functions. Then, which of the following is/are correct? phi 2 and phi 3 are work functions. Then The graph between the stopping potential (V0) and (1/lemda) is shown in the figure. phi [...]
When photons of energy 4.25 eV strike the surface of metal A, the ejected photoelectrons have maximum kinetic energy TA and de Broglie wavelength lemda A. The maximum
14
Oct
When photons of energy 4.25 eV strike the surface of metal A, the ejected photoelectrons have maximum kinetic energy TA and de Broglie wavelength lemda A. The maximum the ejected photoelectrons have maximum kinetic energy TA and de Broglie wavelength lemda A. The maximum When photons of energy 4.25 eV strike the surface of metal [...]