(11%) Problem 4: If you wish to observe features that are around the size of atoms, say 3.5 x 10-10 m, with electromagnetic radiation, theradiation must have a wavelength of about the size of the atom itself.A 50% Part (a) If you had a microscope which was capable of doing this, what would the frequency of electromagnetic radiation be, in hertz, thatwould have to use?50% Part (b) What type of electromagnetic radiation would this be?Grade SumOX-RaysOUltravioletOInfrared O Gamma rays ONone of theseDeductionsPotentialSubmissionsAttempts ren

We know that an electromagnetic wave, c=λfWhere, c= speed of light in free space λ= wavelenghtf=…

Answered: (11%) Problem 4: If you wish to observe…

Similar questions

Some satellites use nuclear power. (a) If such a satellite emits a 2.35 W flux of ? rays having an average energy of 0.440 MeV, how many are emitted per second? (? rays/s) (b) These ? rays affect other satellites. How far away (in km) must another satellite be to only receive one ? ray per second per square meter?
(a) What is the wavelength of a 1.00-eV photon? (b) Find its frequency in hertz. (c) Identify the type of EM radiation.
The kilogram has been redefined based on Planck's constant (h) and a sphere of pure crystalline silicon: 8AsiVsphere Msphere = 2h 13 ст-а? The terms (with their relative uncertainties) are: (1) Planck's constant h (zero uncertainty as it is defined exactly); (2) the bracketed term including accurately known Rydberg constant R, speed of light c, mass of electron (me), and fine structure constant a, with a combined uncertainty of +4.7 × 10-8%; (3) atomic mass Asi for the 28 Si-enriched silicon (+5.4 x 10-7%); (4) volume of the Si sphere (+2.0 × 10-6%) and (5) crystal lattice parameter I (+1.84 x 10-7%). There are exactly eight atoms per unit cell in the sphere. Compute the relative uncertainty of myphere- To find the uncertainty of l, use the function y = x“, for which the uncertainty is propagated using %e, = a(%e,). relative uncertainty of msphere: % The mass of the sphere of pure silicon (999.698 336 5 g) must also be corrected for defects in the crystal lattice ( mdefects = 3.8…
3) (a) Calculate the mass and linear absorption coefficients of air for Cr Ka radiation. Assume that air contains 80 percent nitrogen and 20 percent oxygen by weight and has a density of 1.29 x g/cm. (b) Plot the transmission factor of air for Cr Ka radiation and a path length of 0 to 20 cm. Please use any table or data from the Elements of X- ray Diffraction by Cullity
A light beam of wavelength λ= 500 nm, beam diameter 5 mm and intensity I is propagating in a medium. The absorption cross section of the medium is 2.3×10-19 cm-2 and upper-level lifetime is 10 µs. Calculate the power of the light beam that make the absorption coefficient of the medium (α) decays to 50% of its initial value (αo).
1.2) In a region of gas where the optical depth is 2.0, what percentage of photons can escape without being scattered or absorbed?
3E0, and uHo) and for two 4. For uniform plane wave propagation in (i) ice (o 106 S/m, 8 (ii) seawater (a= 4 S/m, frequencies: (a)f 1 GHz and (b) f= 100 kHz 1 80co, and uo), compute a, ß, A, 8, and p
Assignme... Heading 1 7 Paragraph How would you modify the operation of the tube to give a) an X-ray beam with greater photon energy? (AC 1.1) 8 ⒸOCN London 2021 OCN ASSESSMENT MATERIA MEDICAL IMAGING London Heading 3 DA E Styles
The intensity I of radiation after passing a distance x through a shield, falls off according to the expression I = 2.718,, (approximately.) 1o er where 1o and l are constants, ande The variable Z In I should be in x exponential logarithmic O linear quadratic
A housing attached to a microprocessor uses radiator fins to get rid of excess heat. If the largest amount of radiation emitted by the fins has a frequency of 186.20 THz, what is the associated wavelength? m