ise as given) (d) Solve for I1, I2 and I3. (show in detail) (e) Is the assumed direction of each current right? Clarify the direction of each current. (f) Find the potential difference between junction a and b? R1=6.000, R2= 10.00, R3=4.00, R4=10 Q, Rs=2.000, 81=10.0V, 82=12.0V, ɛ3 =20.0V (Neglect internal resistance of all batteries.)
ise as given) (d) Solve for I1, I2 and I3. (show in detail) (e) Is the assumed direction of each current right? Clarify the direction of each current. (f) Find the potential difference between junction a and b? R1=6.000, R2= 10.00, R3=4.00, R4=10 Q, Rs=2.000, 81=10.0V, 82=12.0V, ɛ3 =20.0V (Neglect internal resistance of all batteries.)
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Transcribed Image Text:3. (35)For the assumed direction of current I1, I2 and I3 with two loops in figure,
use Kirchhoffs rules to obtain equations for
(a) the junction a on the upper side in given direction of current,
(b) the left loop (take the loop in Counter-Clock wise as given), and
(c) the right loop (take the loop in Clock wise as given)
(d) Solve for I1, I2 and I3. (show in detail)
(e) Is the assumed direction of each current right? Clarify the direction of each
current.
(f) Find the potential difference between junction a and b?
R1=6.000, R2= 10.00, R3=4.0O, R4=10 Q, Rs=2.000, 81=10.0V, 82=12.0V, Ɛ3
=20.0V (Neglect internal resistance of all batteries.)
R, I, a Is
R3
R2
Rs
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