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basically there is no strict convention or rule for this classification ....neither reqd also ....
btw here is an good discussion on this...
https://en.wikipedia.org/wiki/Talk:Electronics
x1+x2+x3=1 && x1+x2>x3 && x2+x3>x1 && x1+x3>x2
i need the total number of points satisfying all the above conditions (quantified as area formed )
this could be solved easily by using analytical geometry ...
but i need to generalise this for the case n variables of x..so i can't visualise...
sychronising has to do with phase(in some cases frequency)....
as an envelope detector just takes out the amplitude . there is no Question of synchronisation here..
Re: difference between work done by the bodyand work done on
sorry for making my question ambigous...i am rephrasing it now..
say u have a charge in a electric field ...when the charge is left alone it will experience a force due to the field and it moves ...here work is said to be done by...
like if C=A/B ..they define C saying tat C is the A when B is unity ...
for C=A/B*B also ..they do the same thing...
wat is the significance in it ??
instead they can simply define saying it is a ratio .
the wave patterns are plotted as 2d projections ..
and they shown some waveforms based on the derived eqns ...on 2d..
but there need to 3d right ?? x, y and the one more for magnitude...?
i can do some mapping from the eqns to the wave patterns ..but not exactly ...
any Reference material...
i need to find the radiation pattern and current distribution for any antenna..w/o mathematical calculations..is it possible to find intutively or physically?
plz explanation abt loop and probe coupling
how does these work..more of an intutive explanation required...
and on wat basis ..we have to choose between these
how does current flowing in a dipole antenna
like usually the electrons flow in a loop ..they go round and round ..
but how will they move in the case of a dipole antenna ???
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