Electromagnetic waves

Electromagnetic wave velocity
$$v = \frac{c}{\sqrt {\varepsilon\cdot \mu}}$$
v - speed (velocity)
c - speed of light
ε - dielectric constant (permittivity)
μ - relative magnetic permeability
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      =   
Calculate 'v'

Speed ​​of light in vacuum
$$c = \sqrt {\varepsilon0\cdot \mu0}$$
c - speed of light
ε0 - permittivity constant
μ0 - magnetic constant
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      =   
Calculate 'c'

Length of electromagnetic wave
$$\lambda = c\cdot T$$
λ - wave length
c - speed of light
T - period
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      =   
Calculate 'λ'

Length of electromagnetic wave
$$\lambda = \frac{c}{\nu}$$
λ - wave length
c - speed of light
ν - frequency
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      =   
Calculate 'λ'

Bulk (spatial, volume) density of electromagnetic wave
$$\omega = \frac{E\cdot B}{v\cdot \varepsilon0\cdot \mu0}$$
ω - bulk (spatial, volume) density
E - electric field
B - magnetic induction
v - speed (velocity)
ε0 - permittivity constant
μ0 - magnetic constant
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      =   
Calculate 'ω'

Length of electromagnetic wave
$$\lambda = \frac{v}{\nu}$$
λ - wave length
v - speed (velocity)
ν - frequency
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      =   
Calculate 'λ'

Radiolocation: distance
$$s = \frac{c\cdot t}{2}$$
s - distance
c - speed of light
t - time
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      =   
Calculate 's'

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