The equivalent inductance of two inductors is 2.4 H when connected in parallel and 10 H when connected in series. What is the value of inductances of the individual inductors?, The equivalent inductance of two inductor is 2.4 H when connected in parallel and 10 H when connected in series. The difference between two inductance is(neglecting mutual induction between coils), The equivalent inductance of two inductors is $2.4 ,H$ when connected in parallel and $10 ,H$ when connected in series. What is the value of inductances of the individual inductors? JIPMER JIPMER 2012 Electromagnetic Induction, The equivalent inductance of two inductor is 2.4mH when connected in parallel and 10 mH when connected in series. The difference between two inductance is (neglecting mutual induction between coils), 9/19/2019 · The equivalent inductance of two inductors is 2.4H when connected in parallel and 10H when connected in series. What is the value of individual inductance of inductors ? | EduRev NEET Question. The equivalent inductance of two inductors is 2.4H when connected in parallel and 10H when connected in.
the equivalent inductance of two inductors is 2.4 H when connected in parallel and10 H when connected in series .The difference between two inductance is(neglecting …
6/26/2018 · If two inductors are joined in parallel their equivalent inductance is 2.4 if joined in series then equivalent inductance is 10 what is their difference? Physics. 1 Answer Narad T. Jun 26, 2018 Their difference is #=2# Explanation: Let the inductors be #L_1# and #L_2# When the are in series …
The equivalent inductance of two inductors is 4.8 mH when connected in parallel and 20 mH, when connected in series. The value of inductance of the individual inductors are (Neglect mutual inductance ), The equivalent inductance of two inductor is 2.4 H when connected in parallel and 10 H when connecied in series. The difference between two inductance is (Neglecting mutual induction between, 9/4/2015 · If the magnitude of two inductances is equal with a perfect magnetic coupling between them, the equivalent inductance of two inductors is L because L T = L 1 = L 2 = M. In such case, if the mutual inductance is zero, the total inductance would be L ÷ 2. Parallel Aiding Inductors Example.
