Two tungsten lamps `A` and `B` of resistances `R_(1)` and `R_(2)` respectively are connected in a circuit of negligible internal resistance, if `R_(1) gt R_(2)`
(i) The lamp `A` will glow brightly if lamps are connected in series
(ii) the lamb `A` will glow brightly if lamps are connected in parallel
(iii) the lamp `B` will glow brightly if lamps are connected in series.
(iv) the lamb `B` will glow brightly if lamps are connected in parallel

Two tungsten lamps with resistances R_(1) and R_(2) , respectively , are connected first in parallel and then in series in a lighting circuit of negligible internal resistance. Given R_(1) gt R_(2) . (a) Which lamp will glow more brightly when they are connected in parallel ? (b) If the lamps of resistance R_(1) now burns out, how will the net illumination produced change ? (c ) Which lamp will glow more brightly when they are connected in series ? (d) If the lamp of resistance R_(2) now burns out and lamp R_(1) alone is plugged in , will the net illumination increase or decrease ?

Two tungsten lamps with resistances R_(1) and R_(2) , respectively , are connected first in parallel and then in series in a lighting circuit of negligible internal resistance. Given R_(1) gt R_(2) . (a) Which lamp will glow more brightly when they are connected in parallel ? (b) If the lamps of resistance R_(1) now burns out, how will the net illumination produced change ? (c ) Which lamp will glow more brightly when they are connected in series ? (d) If the lamp of resistance R_(2) now burns out and lamp R_(1) alone is plugged in , will the net illumination increase or decrease ?

In the previous question which lamp will glow more brightly when they are in connected in series ?

Two tungston lamps with resistance R1 and R2 respectively at full incandescence are connected first in parallel and then in series, in a lighting circuit of negligible internal resistance. It is given that R1 gt R2 . Which lamp will glow more brightly when they are connected in parallel ?

A lamp is connected in series with a capacitor. Predict your observations for de and ac connections.

The diagram shows identical lamps X and Y connected in series with a battery. The lamps light with normal brightness. If a third identical lamp Z is connected in parallel with lamp X, then what wiII happen to the brightness of lamp Y?

A lamp connected in parallel with a large inductor glows brilliantly before going off, when the swithc is put off. Why?

Prove that 60 W bulb glows more brightly than 100 W bulb if by mistake they are connected in series.

Prove that 60 W bulb glows more brightly than 100 W bulb if by mistake they are connected in series.