Just give answer with small explanation all questionAsapThanks 1 which has the greater a violet or indigeAns:2a Photonwhich has the greater energy,of orange or green 2.Amowhich has the lovest eof ped or violet 2.energy, a PhotonAnsoof(4) which has the lishert energy7 of 67401m or 2 of 4800m 2.AnsFrequerey)5 ultra viout podiation has aof 68 x 10¹5 H₂. Conleulate the energy in jouls,of the Photo 07. [E = hv] h = 6.626 x 10³4.5.lo6which has highest frequency Red or indigolAM

Answered: Image /qna-images/answer/122f240e-f325-499b-8aab-fec006dac626.jpg

1 which has the greater a violet or indige Ans: 2 a Photon which has the greater energy, of orange or green 2. Amo energy, a Photon which has the lovest e of ped or violet 2. Anso lisherst energy of (4) which has the highest ene 7 of 674 01m ord of 480 mm 2. Ans 5 ultra viout podiation has a Frequerey) of 6.8 x 1015 H₂. Coleulate the energy in jouls, of the Photo 07. [E = hv], h = 6.626 x 10³4.5. lo 6 which has highest frequency Red or indigol AM'

1 which has the greater a violet or indige Ans: 2 a Photon which has the greater energy, of orange or green 2. Amo energy, a Photon which has the lovest e of ped or violet 2. Anso lisherst energy of (4) which has the highest ene 7 of 674 01m ord of 480 mm 2. Ans 5 ultra viout podiation has a Frequerey) of 6.8 x 1015 H₂. Coleulate the energy in jouls, of the Photo 07. [E = hv], h = 6.626 x 10³4.5. lo 6 which has highest frequency Red or indigol AM'

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter10: Atomic Physics

Section: Chapter Questions

Problem 1C

See similar textbooks

Similar questions

Check Your Understanding A yellow 589-nm light is incident on a surface whose work function is 1.20 eV. What is the stopping potential? What is the cut-off wavelength?
Give an example of a physical entity that is quantized. State specifically what the entity is and what the limits are on its values.
Potassium iodide (Kl) has the same crystalline structure as NaCI, with atomic planes separated by 0.353 nm. A monochromatic x-ray beam slums a first-order diffraction maximum when the grazing angle 7.60. Calculate the x-ray wavelength.
Show that Stefan’s law results from Planck’s radiation law. Hin: To compute the total power of blackbody radiation emitted across the entire spectrum of wavelengths at a given temperature, integrate Planck’s law over the entire spectrum P(T)=0I(,T)d. Use the substitution x=hckT and the tabulated value of the integral 0dx x 3( e x 1)=415
What aspect of the blackbody spectrum forced Planck to propose quantization of energy levels in its atoms and molecules?
7. In certain experiments a 54 eV beam is directed at the target perpendicularlyand the maximum distribution of electrons is 500 from the original angle. Angle of incidence and angle scatter relative to the Bragg plane both are at an angle of 65°. Distance between fields measured by x-ray 0.91 amstrong. Determine the wavelength of debrogliedispersed for n=1 .
Gues Aron 2 diagan resu Hent and drrectron force ē and o aa on the eytbel n the Delenmine the Nugnitude CF the OF the hue forces achng Follaung Steps the dragrem on the eye bult: Aswer he Is hot tu Scalk. P=456H alt) Q= 300M t Calsuldk the Magnitude f the vertrenl Component OF the resulteint 2 Calculate the Magnitach Cf the resuHent 2 Calculale Hhe cdirectron OF the resultont Measurd anti Clockurse Frun the pasrtur 62-0I)
3. Generate the plot of spectral energy density vs frequency and spectral energy density vs wavelength for both the Rayleigh-Jeans formula (RJF) and Planck's radiation formula (PRF) from 250nm to 2500 nm using MS Excel or any programming (this range includes the visible light from 400 nm to 700 nm) for 1200 K and 1800 K temperatures. Discuss the resulting plots. Label the peaks (wavelength or frequency) for each plot. a. RJF (x-axis frequency) at T=1200 K and 1800 K b. PRF (x-axis wavelength) at T=1200 K and 1800 K c. RJF and PRF (x-axis frequency) at T =1800 K d. RJF and PRF (x-axis wavelength) at T =1800 K
T R 3. Netflix N N Jg>s Edu S -ا I6m ( AULED EduWave - ..JIl lb Ed EduWave e00 ClassMarker - My t.. M JgsJl Jezui wavelength is the same as the de Broglie wavelength of the electron? kg, c = 3.00 × 10° m/s, 1 eV= 1.60 × 10"19 J) 61-0T An electron has a kinetic energy of 5.4 eV. What is the energy of a photon whose (mẹ=9.11 × 10*-31 O A. 2.4 keV O B. 1.2 keV O C. 3.6 keV O D.4.8 keV PEN 14°C Desktop SE End Home 1/4 24 4. %23 7. 8. 5. 9. P. K. H
counts 300- 250- 200- 150 100- 30 *2Theta 8. A strong peak is recorded at a 20 = 28.29 degrees. Calculate d (interplanar spacing) using Bragg's Law. Assume a λ of 1.54 Å and use n=1. 9. Select a or b to make the statement true. X-ray wavelengths are a. on the same order of magnitude as atomic spacing b. much larger than atomic spacing
Answer= 11. Calculate the uncertainty in the speed of a ball of mass 500 g that is known to be within 1.0 um of a certain point on a bat. 12. The Planck distribution gives the energy in the wavelength range da at the wavelength A. Calculate the energy density in the range fro 650 nm to 655 nm inside a cavity of volume 100cm³" when the temperatura in 25 C
In a photoelectric effect experiment it is observed that no current flows when the wavelength of EM radiation is greater than 570 nm. Calculate i. the work function of this material in electron-volts. ii. the stopping voltage required if light of wavelength 400 nm is used. (pls make it clear to read if handwriting, thanks)