Question

A potential difference of 24 V is applied to a 150 ohm resistor. How much
current flows through the resistor​

Answer 1

Explanation:

the originl question does not discern if ll resistors were in prrel to the source.

Since there is 24 pplied, then two resistors would be 12 ohms so brnch “a” would hve 2 mpers thru the leg. Brnch “B” would also hve 2 amperes through it.

But the sum of the 4 resistors current would be 4 amperes.

The individual branch would have 2 amperes through each one.

recall that the operative words are “parallel combination”

So , the “combination” was in series”….

Answer 2

QUESTION :-

A potential difference of 24 V is applied to a 150 ohm resistor.

How much current flows through the resistor?

SOLUTION :-

$according \: \: to \: \: ohms \: \: law :-$

$potential \: \: difference \: (V) = current \: (I) \times resistance \: (R)$

$= > \: \: 24 \: V \: = \: I \: \times \: 150 \: ohm$

$= > \: \: current \: (I) = \frac{24 \: V}{150 \: ohm} = 0.16 \: A$

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