2–√) and (2

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An electric charge 10^−3μC is placed at the origin (0, 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√,2–√) and (2, 0) respectively. The potential difference between the points A and B will be
05
Dec
An electric charge 10^−3μC is placed at the origin (0, 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√,2–√) and (2, 0) respectively. The potential difference between the points A and B will be 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√ 0) respectively. [...]
Posted in: Arihant Physics by D.C Pandey , Chapter 2 - Electrostatic Potential and Capacitance , Volume 2 ,
Tags: 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√ , 0) respectively. The potential difference between the points A and B will be , 2–√) and (2 , An electric charge 10^−3μC is placed at the origin (0 ,
An electric charge 10^−3μC is placed at the origin (0, 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√,2–√) and (2, 0) respectively. The potential difference between the points A and B will be
05
Dec
An electric charge 10^−3μC is placed at the origin (0, 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√,2–√) and (2, 0) respectively. The potential difference between the points A and B will be 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√ 0) respectively. [...]
Posted in: AIIMS Last 24 Years Solved 1996 - 2019 Physics and Chemistry Video Solutions , Chapter 21 - Capacitors , Physics ,
Tags: 0) of X-Y co-ordinate system. Two points A and B are situated at (2–√ , 0) respectively. The potential difference between the points A and B will be , 2–√) and (2 , An electric charge 10^−3μC is placed at the origin (0 ,