In the given circuit, charges ${Q_2}$ on the $2\mu F$ capacitor changes as $C$ is varied from $1\,\mu F$ to $3\mu F.$ ${Q_2}$ as a function of $'C'$ is given properly by: $\left( {figures\,\,are\,\,drawn\,\,schematically\,\,and\,\,are\,\,not\,\,to\,\,scale} \right)$

C'$ is given properly by: $\\left( {figures\\,\\,are\\,\\,drawn\\,\\,schematically\\,\\,and\\,\\,are\\,\\,not\\,\\,to\\,\\,scale} \\right)$","description":"Practice this DASH question: In the given circuit, charges ${Q_2}$ on the $2\\mu F$ capacitor changes as $C$ is varied from $1\\,\\mu F$ to $3\\mu F.$ ${Q_2}$ as a. Tag details: Electrostatic Potential and Capacitance: DASH practice topic connected to this question, quiz, and solution; Capacitor Circuits: DASH practice topic connected to this question, quiz, and solution; JEE MAIN: JEE Main practice topic for engineering entrance prep.","url":"https://learnwithdash.ai/portal/question/753010/","keywords":"Electrostatic Potential and Capacitance, Capacitor Circuits, JEE MAIN, JEE Advanced, JEE Mains, KCET, NCERT, NEET, Questions With Image, JEE Main Physics, Class 11 Physics, Class 12 Physics, Physics, Chemistry, Mathematics","about":[{"@type":"Thing","name":"Electrostatic Potential and Capacitance","description":"Electrostatic Potential and Capacitance: DASH practice topic connected to this question, quiz, and solution"},{"@type":"Thing","name":"Capacitor Circuits","description":"Capacitor Circuits: DASH practice topic connected to this question, quiz, and solution"},{"@type":"Thing","name":"JEE MAIN","description":"JEE MAIN: JEE Main practice topic for engineering entrance preparation"},{"@type":"Thing","name":"JEE Advanced","description":"JEE Advanced: JEE Advanced practice topic for deeper concept preparation"},{"@type":"Thing","name":"JEE Mains","description":"JEE Mains: JEE Main practice topic for engineering entrance preparation"},{"@type":"Thing","name":"KCET","description":"KCET: KCET exam practice question for Karnataka entrance preparation"},{"@type":"Thing","name":"NCERT","description":"NCERT: NCERT-aligned concept practice and textbook-based preparation"},{"@type":"Thing","name":"NEET","description":"NEET: NEET exam practice question for medical entrance preparation"},{"@type":"Thing","name":"Questions With Image","description":"Questions With Image: DASH practice topic connected to this question, quiz, and solution"},{"@type":"Thing","name":"JEE Main Physics","description":"JEE Main Physics: JEE Main practice topic for engineering entrance preparation"},{"@type":"Thing","name":"Class 11 Physics","description":"Class 11 Physics: Class 11 syllabus topic for board and competitive exam practice"},{"@type":"Thing","name":"Class 12 Physics","description":"Class 12 Physics: Class 12 syllabus topic for board and competitive exam practice"},{"@type":"Thing","name":"Physics","description":"Physics: Physics concept practice with question and solution review"},{"@type":"Thing","name":"Chemistry","description":"Chemistry: Chemistry concept practice with question and solution review"},{"@type":"Thing","name":"Mathematics","description":"Mathematics: Mathematics concept practice with question and solution review"}]}

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Question

In the given circuit, charges ${Q_2}$ on the $2\mu F$ capacitor changes as $C$ is varied from $1\,\mu F$ to $3\mu F.$ ${Q_2}$ as a function of $'C'$ is given properly by:
$\left( {figures\,\,are\,\,drawn\,\,schematically\,\,and\,\,are\,\,not\,\,to\,\,scale} \right)$

Solution

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