Panasonic PT-DZ12000U

ELECTROMAGNETIC SPECTRUM
Wavelength Frequency Energy Radiation
Meters MHz keV Type
1E-8 3E20 1.24E9 Cosmic
____________
1E-14 3E16 1.24E5 X-Ray
_________
gamma
1E-10 3E12 1.24E1 _________
_________
UV
1E-6 3E8 1.24E-3 ______
visible
IR _________
1E-2 3E4 1.24E-7 _____________
microwave
radar
TV
1E2 3 1.24E-11
TV
shortwave
radio
1E6 3E-4 1.24E-15
ë (meters wavelength) = 300 / F = 1.24E-9 / keV
F (frequency MHz) = 300 / ë = 2.419E11 x keV
E (keV) = 1.24E-9 / ë = F / 2.419E11
ELECTROMAGNETIC SPECTRUM
Wavelength Frequency Energy Radiation
Meters MHz keV Type
1E-8 3E20 1.24E9 Cosmic
____________
1E-14 3E16 1.24E5 X-Ray
_________
gamma
1E-10 3E12 1.24E1 _________
_________
UV
1E-6 3E8 1.24E-3 ______
visible
IR _________
1E-2 3E4 1.24E-7 _____________
microwave
radar
TV
1E2 3 1.24E-11
TV
shortwave
radio
1E6 3E-4 1.24E-15
ë (meters wavelength) = 300 / F = 1.24E-9 / keV
F (frequency MHz) = 300 / ë = 2.419E11 x keV
E (keV) = 1.24E-9 / ë = F / 2.419E11
ELECTROMAGNETIC SPECTRUM
Wavelength Frequency Energy Radiation
Meters MHz keV Type
1E-8 3E20 1.24E9 Cosmic
____________
1E-14 3E16 1.24E5 X-Ray
_________
gamma
1E-10 3E12 1.24E1 _________
_________
UV
1E-6 3E8 1.24E-3 ______
visible
IR _________
1E-2 3E4 1.24E-7 _____________
microwave
radar
TV
1E2 3 1.24E-11
TV
shortwave
radio
1E6 3E-4 1.24E-15
ë (meters wavelength) = 300 / F = 1.24E-9 / keV
F (frequency MHz) = 300 / ë = 2.419E11 x keV
E (keV) = 1.24E-9 / ë = F / 2.419E11
ELECTROMAGNETIC SPECTRUM
Wavelength Frequency Energy Radiation
Meters MHz keV Type
1E-8 3E20 1.24E9 Cosmic
____________
1E-14 3E16 1.24E5 X-Ray
_________
gamma
1E-10 3E12 1.24E1 _________
_________
UV
1E-6 3E8 1.24E-3 ______
visible
IR _________
1E-2 3E4 1.24E-7 _____________
microwave
radar
TV
1E2 3 1.24E-11
TV
shortwave
radio
1E6 3E-4 1.24E-15
ë (meters wavelength) = 300 / F = 1.24E-9 / keV
F (frequency MHz) = 300 / ë = 2.419E11 x keV
E (keV) = 1.24E-9 / ë = F / 2.419E11