In this image from late 2010, software engineers worked in the background as Glenn Research Center technician, Joe Kerka, rotated the SCaN Testbed flight enclosure assembly. The Space Communications and Navigation, or SCaN Testbed will be launched on a Japanese H–IIB Transfer Vehicle and installed on the International Space Station and will provide an on-orbit, adaptable software-defined radio facility with corresponding ground and operational systems. This will permit mission operators to remotely change the functionality of radio communications and offer the flexibility to adapt to new science opportunities and recover from anomalies within the science payload or communication system. This effort is sponsored by the SCaN Program as part of the , CoNNeCT, or Communications, Navigation, and Networking reConfigurable Testbed Project led by Glenn Research Center. The Glenn Research Center will host a media event at 10:30 am on Friday, Feb. 10, to showcase the SCaN Testbed before it is shipped to Japan. Image Credit: NASA/Quentin L. Schwinn Read More
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Well, we discussed briefly in class, and like .. I can not find information my book. Can you help please? The question is: Suppose you are an engineer designing a spacecraft to land on a faraway planet. You want to use a switch works by the photoelectric effect. The metal to be used in the device requires 6.7 x 10 ^ -19 kJ / atom to remove an electron. You know the atmosphere of world in which the device should work all filter lengths wavelength of light equal to 540 nm. The device will operate on the planet in question? Why Why or why not?
It's a great question: To solve this problem, you must determine whether the light with a wavelength of 540nm or more photons with energy greater than 6.7 x 10 ^ -19 kJ / atom, E = hv (v = nu = frequency of light) lv = c, where c = speed of light, lamba L, wavelength of light, v = df = Solve for freq and solve for E, and you have the answer.
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