Question

Need to show an info graphic on the relationship between energy, speed of light, wave length,...

Need to show an info graphic on the relationship between energy, speed of light, wave length, frequency, and plancks constant
Science   Chemistry   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

* Relation between frequecy and wave length

Frequency = speed of light / wave length

* Relation between energy and frequency

Energy = Planck's constant * Frequency

* Relation between energy and wavelength

Energy = Planck's constant * speed of light / wave length

E = h c /

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
what is the relationship between period, frequency, wavelength and velocity for this continuous wave?
what is the relationship between period, frequency, wavelength and velocity for this continuous wave?
Part A: A light wave is observed to travel at a speed of 1.5x10^8 m/s within...
Part A: A light wave is observed to travel at a speed of 1.5x10^8 m/s within a certain medium. What is the index of refraction of the medium? Part B: Green light has a wavelength of 540 nm in a vacuum. What is its frequency?
Is the expansion of space taken into consideration when calculating light or any (Radio to Gamma)...
Is the expansion of space taken into consideration when calculating light or any (Radio to Gamma) wave length distance and speed? I know C is a constant, but my concern is if "space expansion" is somehow altering the speed of light or any other wave length relative between two points.
Consider a shallow-water wave of length 1.5km propagating in an ocean that is 62.5m deep ....
Consider a shallow-water wave of length 1.5km propagating in an ocean that is 62.5m deep . The speed of the wave is 25m/s and the period T= 60 sec . a) Now suppose that this wave propagates into a region in which there is a current of strength U that opposes the wave propagation. Explain how this modifies the dispersion relation and the wave speed. b) Assuming that the wave’s frequency ω remains constant, create a plot of the wavelength...
Derive a mathematical relationship between frequency and rotor speed of a synchronous motor.
Derive a mathematical relationship between frequency and rotor speed of a synchronous motor.
Derive a mathematical relationship between frequency and rotor speed. synchronous motor
Derive a mathematical relationship between frequency and rotor speed. synchronous motor
Show that the function f(x, t) = x 2 + 4axt−4a 2 t 2 satisfies the...
Show that the function f(x, t) = x 2 + 4axt−4a 2 t 2 satisfies the wave equation if one assumes a certain relationship between the constant a and the wave speed u. What is this relationship?
Energy, Wavelength, Frequency Problem: Show your work neatly and methodically. Consider an electron in the hydrogen...
Energy, Wavelength, Frequency Problem: Show your work neatly and methodically. Consider an electron in the hydrogen atom giving off light which has a wavelength of 625 nm, according to the Balmer Series. a) From what energy level in the hydrogen atom did the electron fall to emit this light? b) What is the frequency of this light? c) What is the energy of this light? 2. a) Use the de Broglie relationship to determine the wavelength of a 85 kg...
Like all light, the light from the sun is an electromagnetic wave. In the vicinity of...
Like all light, the light from the sun is an electromagnetic wave. In the vicinity of Earth, the average intensity of sunlight is about 1400W/m^2. For this problem, assume that sunlight is a monochromatic plane wave, so you can apply the equations for the energy and pressure of an EM wave. (a) What is the amplitude of the electric field at Earth? (b) If I go outside on a sunny day, the magnetic field sensor on my phone tells me...
(1A) A transverse sinusoidal wave travels along a string with a constant speed 10 m/s. The...
(1A) A transverse sinusoidal wave travels along a string with a constant speed 10 m/s. The acceleration of a small lump of mass on the string (a) varies sinusoidally in time in a direction perpendicular to the string, (b) varies sinusoidally in time in a direction parallel to the string, (c) is 10 m/s 2 , (d) is zero. (1B) In a periodic transverse wave on a string the value of the wave speed depends on (a) amplitude, (b) wavelength,...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT