Exp. 4: Spectroscopic Analysis of Visible Light - Worksheet (cont.) Part IlI: Hydrogen Energy Level Diagram Table 3 - Experimental Balmer Series Data & Calculations for Hydrogen Energy Level Diagram Upper level n value Photon Energy Lower Photon Energy (kJ/mol) Wavelength, A (m) (J/photon) level n value 4.2x 10 m 2. 4.4x 10? m 4.8x10"m 6.7x10 "m -1 **You must show your work for Questions 5 & 6 to be considered for credit!** 5. Show a sample calculation for the calculation of photon energy in J/photon from the wavelength in meters for any of the observed emissions in Table 3.

Exp. 4: Spectroscopic Analysis of Visible Light - Worksheet (cont.) Part IlI: Hydrogen Energy Level Diagram Table 3 - Experimental Balmer Series Data & Calculations for Hydrogen Energy Level Diagram Upper level n value Photon Energy Lower Photon Energy (kJ/mol) Wavelength, A (m) (J/photon) level n value 4.2x 10 m 2. 4.4x 10? m 4.8x10"m 6.7x10 "m -1 You must show your work for Questions 5 & 6 to be considered for credit! 5. Show a sample calculation for the calculation of photon energy in J/photon from the wavelength in meters for any of the observed emissions in Table 3.

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter10: Atomic Physics

Section: Chapter Questions

Problem 11Q

See similar textbooks

Similar questions

What is the wavelength of maximum intensity (in nm) and the total energy emitted (in J/s/m2) by a celestial object at 9 K above absolute zero? wavelength of maximum intensity nm ?total energy J/s/m2?
Q. 1. What is the reason behind the glow in metals? How Plank’s formulated the energy in blackbody radiation emission?
What is the wavelength of maximum intensity (in nm) and the total energy emitted (in J/s/m2) by a celestial object at 6 K above absolute zero?
Can you get a dark-field image for mass–density contrast? What is the main difference of dark-field images and bright field imaging in TEM?
When an aperture's diameter matches the wavelength of the waves being diffracted, the effects of diffraction become noticeable. (A) At what speed would a 75-kg student's de Broglie wavelength be the same as a doorway's 0.76-m width? (b) How long will it take the student to traverse 5.0 millimeters at current speed? (In contrast, the universe is thought to have existed for about 4 * 1017 seconds.)
The human eye can respond to as little as 3 x 10 -17 of light energy. For awavelength at the peak of visual sensitivity, 550 nm, how many photons will lead to an observable flash?
Answer the following questions, since the lamp whose light distribution curve is given has a power of 23.4 W and an efficiency factor of 112 lm/W.a) How many lumens is the luminous flux of the lamp?b) If the lamp were a smooth sphere, that is, if the luminous intensity was constant in all directions, how much cd would this value be?c) If the lamp were a regular sphere, how many lx would the luminosity level it would create from a height of 2 m just below it?d) If the lamp were a hemisphere, how many lx would the illuminance it create from 2 m above it be? (r = 10cm)e) Note that the values in the light distribution curve of the lamp shown in the figure are given as cd/klm (cd / 1000 lm). According to this, how many lx will be the (real) illuminance level that will be created directly under the lamp from 2 m high?f) How many lx will be the illuminance of the lamp on a plane illuminated by the same height at an angle of 30°? (I need help solving this question, I would appreciate it if…
Solve ASAP!!! Information:1) BE copper = 4.7 eV2) 20 Wquestions:1) wavelength = ?2) # of photons/s?3) p for this wavelength?
A laser with 589 nm wavelength and a beam diameter of 2 mm is fed through a beam-expander, then aimed from the building A to the Building B at a distance of 2.75 km. What expansion factor is required for the beam-expander in order that the diffraction-limited spot at Canary Wharf tower has a diameter of 30 cm (defined as the diameter of the first dark ring) ?
Why is infrared spectrophotometry a goodmethod for identifying a pure chemical substance,whereas UV-visible spectrophotometry is seldomused for this purpose?
A 100-Watt tungsten filament lamp operates at a temperature of 2198 K. Assuming that the filament emits like a black body, determine the wavelength (in nm) of the maximum irradiance
By what rate a photon emitted from a sodium vapor lamp? Assume that the lamp's light is monochromatic and of wavelength 589 nm? Answer : 1.5*10^20 s^-1