Hz to nm formula
[DOC File]Conceptual Physics POGIL: The Electromagnetic Spectrum
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The base unit for frequency is Hertz (Hz) or 1 wave/second. Radio stations are identified by the frequency they transmit their signal on – locally, NPR transmits their broadcast at 88.5 waves per second. FM radio is broadcast in megahertz (MHz), 1 x 106 Hz. MODEL 2: Wave Frequency Frequency (f) is the number of wave cycles over . time.
[DOC File]2
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f = (-1.51- [- 3.4] ) eV = 4.568 1014 Hz. λ = c / f = 656,3 nm = the known H as calculated by the empirical formula ! so let’s figure out what R really is. f = again c = λ f. comparison with empirical formula yields R = Bohr’s theory is as well consistent with experiments on He+, Li ++, Be+++ , …
[DOC File]Physics
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EeV = 1240 eV•nm/ nm Photoelectric effect. Kelectron = Ephoton - Kelectron = kinetic energy in eV. Ephoton = 1240 eV•nm/ nm = work function in eV. me = 9.11 x 10-31 kg. v = electron velocity in m/s Kinetic energy of an electron. Kelectron = ½mev2 Formula Symbol and Units Density = m/V = density in kg/m3. m = mass in kg
[DOC File]Nuclear Magnetic Resonance (NMR)
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c is the speed of light : 3.00 x 108 m/s, in m and v in Hertz (Hz) or 1/s. particle properties of radiation is defined energy of photon E: E = h v and E = hc / E is energy in J/ photon and h = Plank constant which is 6.634 x 10-34 J.s. Mathematical formula of sinusoidal wave: y = A sin (2 v t +
[DOC File]1)
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What is the wavelength of a photon that has a frequency of 5.47 x 1013 Hz? What is the energy of light emitted at the frequency of 3.57 x 1021 Hz? The energy of a photon is 5.87 x 10-20 J. What is its wavelength in nm? Calculate the wavelength of the following: A green traffic sign with a frequency of 6.10x1014 Hz
[DOC File]TAP311-0: Speed, frequency and wavelength
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Wave Frequency Wavelength Speed Medium Sound 2000 Hz. 340 m s–1 In air Yellow light 3.6 x 1014 Hz. 0.61 μm In water X-rays 0.1 nm In air Microwave 6 GHz band. In a vacuum Water ripples 8 Hz. 400 mm s–1 Sonar 30 kHz. 45 mm In water Radio waves from space 0.8 m Ultrasound 3.5 MHz. 1600 m s–1 In body tissue Practical advice
[DOC File]UNIT – I
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A 6 pole, 3 phase, 50 Hz induction motor develops a maximum torque of 30 Nm at 960 r.p.m. Determine the torque exerted by the motor at 5% slip. The rotor resistance per phase is 0.6 Ω . Or (ii) V = 200 V ; I = 0.8 A ; W = 50 WDiscuss briefly the various methods of speed control of three-phase induction motors.
[DOC File]TAP 311- 2: Using the wave equation
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Sound 2000 Hz. 340 m s–1 In air Yellow light 3.6 x 1014 Hz. 0.61 μm In water X-rays 0.1 nm In air Microwave 6 GHz band. In a vacuum Water ripples 8 Hz. 400 mm s–1 Sonar 30 kHz. 45 mm In water Radio waves from space 0.8 m Ultrasound 3.5 MHz. 1600 m s–1 In body tissue Practical advice
[DOC File]Conceptual Physics POGIL: The Electromagnetic Spectrum
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The color of the sky results from the scattering of sunlight by air molecules. The scattered light has a frequency of 7.5 x1014 Hz. What is the wavelength in nanometers? (1nm=10-9m). What color is this light? 620-780 nm. 585-620 nm. 570-585 nm. 490-570 nm. 440-490 nm. 420-440 nm . 400-420 nm
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