Math, asked by ankitsingh1583, 7 months ago

An electrical appliance has a resistance of 25ohm .When this electrical appliance is connected to a 230V supply line .Find the current passing through it?​

Answers

Answered by Anonymous
22

\bf{\underline{\underline \blue{Solution:-}}}

\sf\underline{\red{\:\:\: AnswEr:-\:\:\:}}

  • The current passing through it = 9.2A

\sf\underline{\red{\:\:\: Given:-\:\:\:}}

  • An electrical appliance has a resistance of 25ohm .When this electrical appliance is connected to a 230V supply line.

\sf\underline{\red{\:\:\: Need\:To\: Find:-\:\:\:}}

  • The current passing through it = ?

\bf{\underline{\underline \blue{Explanation:-}}}

\sf\underline{\red{\:\:\: Formula\:Used\: Here:-\:\:\:}}

\bigstar \:  \boxed{ \sf \: V = I \times R} \\\\

\sf\underline{\green{\:\:\: Now,Putting\:the\: values:-\:\:\:}}

\dashrightarrow \sf {230 = I \times 25} \\\\

\dashrightarrow \sf { I = \dfrac{\cancel{230}}{\cancel{25}}\:} \\\\

\dashrightarrow \sf { I = 9.2A} \\\\

\sf\underline{\green{\:\:\: ThereFore:-\:\:\:}}

  • The current passing through it = 9.2A

\rule{200}{2}

{\underline{\underline{\large{\sf \orange{Some\: More\: Information:-}}}}}

HeRe:

  • V is used for Voltage
  • I is used for Current
  • R is used for Resistance

\rule{200}{2}


Anonymous: Nice :)
Answered by Anonymous
4

\rule{200}2

\huge\bold{\mathtt{\fcolorbox{Black}{Pink}{QUESTION}}}

➠ An electrical appliance has a resistance of 25ohm .When this electrical appliance is connected to a 230V supply line .Find the current passing through it ?

\rule{200}2

\huge\bold{\mathtt{\fcolorbox{Black}{Pink}{ANSWER}}}

{\red\bigstar\large\bold{\mathrm{\green{\underline{Given:}}}}}

\sf{\red{Resistance}} \sf \:=\:25\: \Omega

\sf{\red{Voltage}} \sf \:=\:230\:V

{\red\bigstar\large\bold{\mathrm{\green{\underline{To\:Find:}}}}}

\large\bold{\mathtt{\purple{CURRENT}}}

{\red\bigstar\large\bold{\mathrm{\green{\underline{Solution:}}}}}

\large\bold{\mathrm{\underline{\orange{FORMULA\:USED}}}}

\large\bold{\boxed{\sf{\red{V\: =\: I\: \times R}}}}

\sf 230\:=\:I\: \times 25

\sf I\:=\: \dfrac{230}{25}

\sf I\:=\: 9.2\:ampere

\large\bold{\sf{\pink{\underline{Current\:passing\:through\:it\:=\:9.2\:ampere}}}}

\rule{200}2

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