Question

Using kirchhoff's law find V
ab
2kΩ
1kΩ
+ 6a
24V
3kΩ
b
a) 10 V
b) 16V
c) 20 V
α) 7V​

Answer 1

Answer:

sorry! I can't answer ur question.

Explanation:

bcoz I m not familiar with this topic...

Answer 2

GIVEN:−

A potential difference applied across of a metal wire is '20 V' .

A potential difference applied across of a metal wire is '20 V' .Current flowing through the wire is '0.6 A' .

$\begin{gathered}\\\end{gathered} </p><p> </p><p> </p><p></p><p>\huge\bf{\underline{\underline{\gray{TO\:FIND:-}}}} </p><p>$

THE POWER

$</p><p>\huge\bf{\underline{\underline{\gray{SOLUTION:-}}}} </p><p>$

WE KNOW THAT

$</p><p></p><p>\begin{gathered}\purple\bigstar\:\bf{\red{\overbrace{\underbrace{\color{aqua}{Power\:(P)\:=\:Voltage\:(V)\times{Current\:(I)}\:}}}}} \\\end{gathered} </p><p>★ </p><p>$

Where,

$</p><p>\bf\blue{Voltage\:(V)} = 20 V \\ </p><p>\bf\blue{Current\:(I)}= 0.6 A$

➠ Power = 20 × 0.6

➠ Power = 20 × 0.6➠ Power = 12 W

$\huge{\color{orange}\therefore} The Power is '12 W' .$