73. Why is the potential difference across any one of the resistors in series is directly proportional to resistance ??(But V is inversely proportional to R)

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Is the power in series and parallel different for other appliances like when we connect bulbs in series we take it inversely proportional to resistance but for others we take it directly proportional?

if a bulb is connected in series with two bulbs parallels to each other which formula should I useto find which is more bright? why can't I use heat directly proportional to power and the relation of power in series and parallel? How do I know which relation to use in a question because heat is directly proportional to resistance in one formula and inversely proportional to it in other?

Q. For

20 Ω

resistance are connected in series and the combination is connected to a

20 V

emf. The potential difference across any one of the resistors is

Q. According to Joule's law, if potential difference across a conductor, having a material of specific resistance

ρ

, remains constant, then the heat produced in the conductor is directly proportional to:

Q. A spherical ball of radius

R

is falling in a viscous fluid of viscosity

η

with a velocity

v

. The retarding viscous force acting on the spherical ball is:

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