Nam_Sapper said:..and on a related topic, why can't you display diagrams or pictures directly in a message, but you can have letters 30 feet tall? How useful is that?
genhiit said:hello frnds, I am in jeopardu regarding d thing ,so u gyz uot there pleeze tell me can we have a inductance of a transmission line placed in vaccum?
hope u gyz will pull me outta this soup.
Not a good enough reason. All other physics forums manage to handle these problems fine.Because the size of the font does not alter the bandwidth needed to transmit a message while a photograph will. Additionally, allowing photos means you must moderate all photos(lots of work) or you must put up with the occasional naughty picture(not good when young ppl are around or foreign ntls who do not approve of such images frequent a site).
genhiit said:hello frnds, I am in jeopardu regarding d thing ,so u gyz uot there pleeze tell me can we have a inductance of a transmission line placed in vaccum?
hope u gyz will pull me outta this soup.
Inductance in transmission lines in vacuum is a measure of the ability of the line to store energy in the form of a magnetic field when an electric current flows through it. It is typically measured in units of henries (H).
The inductance of a transmission line in vacuum can be calculated using the formula L = μ0 * r * ln(b/a), where L is the inductance, μ0 is the permeability of free space, r is the radius of the line, b is the outer radius of the line, and a is the inner radius of the line.
The inductance of transmission lines in vacuum is affected by the shape and size of the line, the material it is made of, and the distance between the conductors. It also depends on the frequency and the length of the line.
Inductance is important in transmission lines in vacuum because it determines the amount of energy that can be stored in the line. This affects the efficiency and performance of the line in terms of power transmission and signal quality.
The inductance of transmission lines in vacuum can be controlled by altering the physical characteristics of the line, such as its shape and size. It can also be adjusted by using materials with different permeability or by adding inductors or capacitors to the line.