Prokofiev VL - the solution of the entire version 08 on
Content: 41008164201340.rar (81.51 KB )
Uploaded: 08.10.2014
Positive responses: 0
Negative responses: 0
Sold: 12
Refunds: 0
Seller: Михаил_Перович
$1.04
Description
- Task 3.8
- In the oscillatory circuit, the maximum current is 0.2 A, and the maximum voltage on the plates
- 40 V capacitor. Find the energy of the oscillating circuit if the period of oscillation is 15.7 microseconds.
- Task 3.18
- What is the difference in phase of the oscillations of two points, if they are separated from each other by a distance of 3 m and
- Lie on a straight line perpendicular to the front of the wave. The wave propagation velocity is 600 m / s, and the period
- Vibrations of 0.02 s.
- Task 3.28
- Newton´s rings are formed between a flat glass and a lens with a radius of curvature of 10 m.
- Monochromatic light falls normally. The diameter of the third light ring in reflected light is
- 8 mm. Find the wavelength of the incident light.
- Task 3.38
- What difference in wavelengths of orange rays (? = 0.6 microns) can resolve the diffraction grating
- Width of 3 cm and a period of 9 μm in the spectrum of the third order?
- Task 3.48
- Natural light passes through two polarizers, the angle between the main planes of which is 30 °. In
- how many times. The intensity of the light passed through this system will change if the angle between the planes
- Polarizers increase by half?
- Task 3.58
- Determine the thickness of the layer of matter that attenuates the intensity of monochromatic light by three times,
- If the thickness of the half-attenuation layer is 2 m.
- Task 3.68
- Light with a wavelength of 0.5 μm normally falls on the mirror surface and produces pressure on it
- 4 μPa. Determine the number of photons incident per second on 1 cm2 of this surface.
- Task 3.78
- A gamma-photon with an energy of 1.02 MeV as a result of Compton scattering by a free electron
- Deviated from the original direction by an angle of 90 °. Determine the kinetic energy and momentum
- The recoil electron. Before the collision, the electron rested.