) An EM wave has a wavelength of 575.0 nm. Calculate it’s frequency. A)5.214×10-4 Hz B)5.214×1014 Hz C)5.214×105 Hz D)5.217×10-4 Hz E)5.217×1014 Hz F)5.217×105 Hz 5) An EM wave has a wavelength of 575.0 nm. Calculate its period. A)1.917×10-15 s B)1.918×10-15 s C)1917 s D)9.030×10-12 s E)6.769×10-14 s
Remember that constants as given on the Physics Reference Card are the standards for the course andare exact - the answers for these problems assume you’re using them. Using 9.8 m/s2 for the gravitationalacceleration instead of the course standard 9.81 m/s2 may have caused some growing pains in
4) An EM wave has a wavelength of 575.0 nm. Calculate it’s frequency.
A)5.214×10-4 Hz
B)5.214×1014 Hz
C)5.214×105 Hz
D)5.217×10-4 Hz
E)5.217×1014 Hz
F)5.217×105 Hz
5) An EM wave has a wavelength of 575.0 nm. Calculate its period.
A)1.917×10-15 s
B)1.918×10-15 s
C)1917 s
D)9.030×10-12 s
E)6.769×10-14 s
F)1.917×10-6 s
6) An EM wave has a wavelength of 575.0 nm. To which part of the spectrum doesit belong?
A) AM radio
B) TV
C) microwave
D) infrared
E) visible
F)γ ray
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