Is the force acting between two point charges `q_(1) and q_(2)` kept at some distance in air, attractive or repulsive when:
`(i) q_(1) q_(2) gt 0`
`(ii) q_(1) q_(2) lt 0`

The force acting between two point charges q_(1) and q_(2) kept at some distance apart in air is attractive or repulsive, if (i) q_(1)q_(2) gt 0" " (ii) q_(1)q_(2) lt 0

The force acting between two point charges q_1 and q_2 kept at some distance apart in air is attractive or repulsive when (i) q_1q_2gt0 , (ii) q_1q_2lt0 .

The force acting between two point charges q_1 and q_2 kept at the same distance apart in air is attractive or repulsive when q_1q_2 > 0 .

The force acting between two point charges q_1 and q_2 kept at the same distance apart in air is attractive or repulsive when q_1q_2<0 .

According to Coulomb's law force between two charges q_(1) and q_(2) at 'r' distance apart....

The electrostatic force between two point charges q_(1) and q_(2) at separation r is given by F= k. (q_(1)q_(2))/(r^(2)) . The constant k

Represent vectrially the direction of force between the charge for(i) q_(1)q_(2)gt0 (ii) q_(1)q_(2)lt0

Electric force between two point charges q_(1) and q_(2) at rest is F. Now is a charge -q_(1) is placed next to q_(1) . What will be the (a) force on q_(2) due to q_(1) (b) total force on q_(2) ?