Quantities to the kind of entity shown in parenthesis

Assignment Help Physics

Reference no: EM13674259

Convert each of the following quantities to the kind of entity shown in parenthesis.

1) 1.511x10^15 Hz (convert to wavelength)

2) 660nm (convert to wave frequency)

3) 2.05 micrometers (convert to wave frequency)

4) 3.36x10^13 Hz (convert to wave number)

Reference no: EM13674259

Questions Cloud

Determine the apparent weight of a passenger in car : A car goes over a circular bump in the road with a radius of 30 meter at a speed of 15 m/s. Determine the apparent weight of a passenger in the car

Calculate the number of rotations the wheel makes : A wheel turns with an initial angular velocity of 5.0 1/s. Calculate the number of rotations the wheel makes if it slows and stops with a constant angular acceleration of -0.015 1/s2

What is the current during the heater : A 15-\Omega electric heater operates on a 120-V outlet. What is the current during the heater? How much energy is utilized by the heater in 30.0 s?

Determine the percentage of an object weight : At an altitude of 1000 kilometer above the earth's surface, determine the percentage of an object weight compared to its weight on the ground

Quantities to the kind of entity shown in parenthesis : Convert each of the following quantities to the kind of entity shown in parenthesis.

Compute what force does the satellite exert on earth : A satellite of the earth has a mass of 100 kilogram and is at an altitude of 2.00 x 106 meter. Compute what force does the satellite exert on Earth

Find the average power that the student was generating : A student, late for class, ran up some stairs between landings. The landings are 10.5 meter apart. Find the average power that the student was generating during the run

How much power is delivered : A lamp draws 0.50 A from a 120-V generator. How much power is delivered? How much energy does the lamp convert in 5.0 min?

Find the fraction of the kinetic energy in tires and wheels : The 1000 kilogram mass of a car includes four tires, each of mass (including wheels) 34 kilogram and diameter 0.80 meter. Find the fraction of the kinetic energy in the tires and wheels

User Account

All Pages