Explain what is the wavelength of the corresponding light

Reference no: EM13261406

THe energy of a photon is 4.54 10-19 J. What is the wavelength of the corresponding light?

Reference no: EM13261406

Questions Cloud

What is the relationship in terms of the slope of the sml : The relationship between risk and expected return is typically described as linear (e.g. the Security Market Line or SML). What is the relationship in terms of the slope of the SML? Why is this important?

Explain the reaction of trans-p-anisalacetophenone : Illustrate this by showing the reaction of trans-p-anisalacetophenone with bromine and 2,4-dinitrophenylhydrazine to give the corresponding products

Find the expression for critically damped voltage response : The initial voltage across the capacitor is 5V and the initial current through the inductor is 100 mA. A switch is thrown at t=0 such that the circuit is connected in parallel with a 50 mA independent current source.

How far from the speaker should you stand : You are at a rock concert and find that when you stand 15 m from a speaker, the intensity is so high that it hurts your ears. how far from the speaker should you stand

Explain what is the wavelength of the corresponding light : THe energy of a photon is 4.54 10-19 J. What is the wavelength of the corresponding light

Find the ohmic value of the synchronous reactance : A three-phase ,600MVA,13.8KV Ac generator has a synchronous reactance of 2.0 per unit. The generator is connected to a system for which specified base fare 100MVA and 345KV.

Explain how can the molarity of chloride ion be calculated : How can the molarity of chloride ion be calculated when 16 mL (2 mL intervals) of 12 M HCL is added to 5 mL of 0.4 M CO(NO3)2?

What is the second order maximum angle : Helium-Neon laser: "Lambda"= 632.8nm. We can observe the first order maximum at "theta"= 25 degrees. What is the second order maximum angle

Calculate ohmic values of resistance and reactance of load : A single-phase source is connected to an electric load. The load draws a 0.6 oer-unit current at 1.10 per-unit voltage while taking real power of 0.5 per-unit at a lagging power factor. Choose a base voltage of 12.47KV and a current of 100A.

User Account

All Pages