Find angles at which one would observe first order maximum

Reference no: EM13660418

Monochromatic light from a helium laser (λ = 632.8 nanometer) is incident normally on a diffraction grating containing 6.00 x103lines/cm. Calculate the angles at which one would observe the first order maximum, the second order maximum, and so forth.

Reference no: EM13660418

Questions Cloud

Find out the molar mass of polychloroprene : As of the osmotic pressures of polychloropre density = 1.25g/cm3 in toluene density = 0.858g/cm3) at 30C

Compute the final equilibrium temperature of the system : Assume 0.360 kilogram of water initially at 35.0oC is poured into a 0.300 kilogram glass beaker having a temperature of 25.0oC. Find the final equilibrium temperature of the system

Front of concave mirror that has radius of curvature : A 5.0 cm high object is situated 25.0 cm in front of a concave mirror that has a radius of curvature of8.0 cm. Decide: The image distance (include the sign) The height of the image

The back titration of the excess hcl required naoh solution : A student tried this identical procedure with a slight modification on a gel antacid. The student dissolved 3.00 mL in 25.00 mL of a standardized HCl solution containing 1.727 *10^-2 mol of HCl. The back titration of the excess HCl required 4.62 m..

Find angles at which one would observe first order maximum : Monochromatic light from a helium laser (λ = 632.8 nanometer) is incident normally on a diffraction grating containing 6.00 x103 lines/cm. Calculate the angles at which one would observe the first order maximum

Discover the electrostatic field vector e in the rod : A rod 34 cm long moves at 8 m/s in a plane perpendicular to a magnetic field of 800G. The velocity of the rod is perpendicular to its length. Discover the magnetic force on an electron in the rod. Discover the electrostatic field vector E in the rod.

Find the period as measured by an observer : The period of a pendulum are measured to be 3.00 second in the non-moving frame of the pendulum. Find the period as measured by an observer

The speed of the block as it leaves the spring : An ideal spring is utilized to fire a 15.0 g block horizontally across a frictionless table top. The spring has a spring constant of 20 N/m and is originally compressed by 7 cm. The speed of the block as it leaves the spring is:

Compute the speed at which the water leaves the nozzle : In a very large closed tank, the absolute pressure of the air above the water is 5.22 x 105 Pascal. Compute the speed at which the water leaves the nozzle

User Account

All Pages