PassageII We have two parallel plate capacitors P and Q having same capacitance C_(0). P is connected to a battery of potential difference V and it remains connected to the battery even after the charging is over. Q is also connected to a battery of the same potential difference V but after the charging gets over, it is disconnected from the battery. Answer the following questions: If the separation between the plates of Q is increased then electric field intensity in between the plates of capacitor

PassageII We have two parallel plate capacitors P and Q having same c

1.	PassageII We have two parallel plate capacitors P and Q having same capacitance C_(0). P is connected to a battery of potential difference V and it remains connected to the battery even after the charging is over. Q is also connected to a battery of the same potential difference V but after the charging gets over, it is disconnected from the battery. Answer the following questions: If the separation between the plates of Q is increased then electric field intensity in between the plates of capacitor
Answer» increases decreases remains same initially increases and soon after it starts decreasing Solution :In the GIVEN passage we should known that potential difference between the plates of P remains CONSTANT whereas charge stored in Q will remain constant. All answer are to be obtained keeping these THINGS in mind.

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