AC

how to get D i1 is correct i2 is same as i1 but +pi/4 instead of -pi/4
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30 Replies
iTeachChem Helper
iTeachChem Helper•2mo ago
@Gyro Gearloose
iTeachChem Helper
iTeachChem Helper•2mo ago
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.
Sephrina
Sephrina•2mo ago
see proper solving to nhi but aap impedance triangle banao aur cos phi nikalo to phi zero aa jaa rha and then eqn sin me rahnegi to us se aa jana hai d but let me try once
Sephrina
Sephrina•2mo ago
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Sephrina
Sephrina•2mo ago
@hardcoreisdead here
CorrodedCoffin
CorrodedCoffinOP•2mo ago
i = i1+i2 ki jagah vector sum nahi hoga since we are dealing with current as phasor
Sephrina
Sephrina•2mo ago
wave sum leke kar sakte hai and waise bhi ye to humne simple i ka eqn nikala hai i1 ya i2 alag chiz hai
CorrodedCoffin
CorrodedCoffinOP•2mo ago
when do we do vector sum then
Sephrina
Sephrina•2mo ago
Vo jab simple lcr ho ye complex lcr hai Yaha par parallel me connected hai otherwise wave sum always works
CorrodedCoffin
CorrodedCoffinOP•2mo ago
why is AC so weird 🥀
Sephrina
Sephrina•2mo ago
nahh its easy bas apna basics clear karlo
integralofe^2v
integralofe^2v•2mo ago
did u do complex numbers in maths?
CorrodedCoffin
CorrodedCoffinOP•2mo ago
i have but not used to their applications in AC
integralofe^2v
integralofe^2v•2mo ago
wait do jee teachers acc teach u how to use compl analysis to solve ac circuits? aint no way
CorrodedCoffin
CorrodedCoffinOP•2mo ago
i wasnt taught but ik it can be used
integralofe^2v
integralofe^2v•2mo ago
ohh alr i would recommend using it sometimes incase u cant do some ques uing trad method
CorrodedCoffin
CorrodedCoffinOP•2mo ago
whats trad method
integralofe^2v
integralofe^2v•2mo ago
basically u treat impedane as a comple number (maybe thats why its written in z but who knows) where the real part is the value of resistor and the imaginary part is value of either inductor or capacitor for inductor if value of XL is 5 then u write it as 5j where js is complex notation and in case of capacitors of capacitance 5 u write it as -5j now for effective z use same formulas as DC circuits 1/zeff = 1/z1+ 1/z2 in case of both resistor and cap/induc u write the z as R+XLj, i have showed how to use this in this que
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integralofe^2v
integralofe^2v•2mo ago
and if u wna find i1 u can find like this ( i have used the property for inversion of a comple number which is 1/a+bj = a-bj/a^2+b^2
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CorrodedCoffin
CorrodedCoffinOP•2mo ago
ok so Z = R + j ( XL-Xc) where symbols have usual meanings
integralofe^2v
integralofe^2v•2mo ago
yea then treat everything like DC but w comple numbers
CorrodedCoffin
CorrodedCoffinOP•2mo ago
can we do like this
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CorrodedCoffin
CorrodedCoffinOP•2mo ago
damn this is 🔥 where did u learn this
integralofe^2v
integralofe^2v•2mo ago
what is Y yup
CorrodedCoffin
CorrodedCoffinOP•2mo ago
admittance thats 1/Y btw reciprocal of impedance
integralofe^2v
integralofe^2v•2mo ago
i watched a vid on yt yk theres a channel called electroboom that dude used sm shit liek comple numbers in electricity and i was like tf i gotta learn this shit so yea
CorrodedCoffin
CorrodedCoffinOP•2mo ago
lol like padha kahan se yt vid or some book
integralofe^2v
integralofe^2v•2mo ago
oh yt obv js watched few vids randomly and got it comple number 10th me pada tha yea or to find admitaance eff use Y1+Y2 ig
CorrodedCoffin
CorrodedCoffinOP•2mo ago
alr got it thanxx +solved @integralofe^2v @Sephrina
iTeachChem Helper
iTeachChem Helper•2mo ago
Post locked and archived successfully!
Archived by
<@741159941934415883> (741159941934415883)
Time
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<@813025027611688970> (813025027611688970), <@888280831863451688> (888280831863451688)

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