Suppose we have large number of identical particles, very small in size. Any of them at `10 cm` separation repel with a force of `3xx10^(-10) N`. If one of them is at `10 cm` from a group of `n` others, how strongly do you expect it to be repelled?

Suppose we have a large number of identical particles, very small in size. Any two of them at 10 cm separation repel with a force of 3 x 10^-10N. If one of them is at 10 cm from a group of n others, how strongly do you expet it to be repelled?

Suppose we have a large number of identical particles, very small in size. Any two of them at 10cm separation repel with a force of 3xx10^(-10)N . (a) If one of them is at 10 cm from a group (of very small size) of n others, how strongly do you expect it to be repelled? (b) Suppose you measure the repulsion and find it 6 xx 10^(-6)N . How many particles were there in the group?

Suppose we have a large number of identicall paricles, very small in size. Any two of them at 10cm separation repel with a force of 3xx10^(-10)N . (a) If one of them is at 10 cm from a group (of very small size) of n others, how strongly do you expect it to be repelled? (b) Suppose you measure the repulsion and find it 6 xx 10^(-6)N . How many particles were there in the group?

Suppose we have a large number of identical particles, very small in size. Any two of them at 10 cm separation repel with a force of 3 x 10^-10N.find the value of charge

Suppose we have a large number of identical particles, very small in size. Any two of them at 10 cm separation repel with a force of 3 x 10^-10N. Suppose you measure the repulsion and find it 6xx10^-6N . How many particles were there in the group?

Two similar equal poles magnetic when separated by a distance of 1m, they repel with a force of 10^(-3)N . The pole strength is

Two protons are a distance of 1 xx 10^(-10) cm from each other. The force acting on them are

Two protons are a distance of 1 xx 10^(-10) cm from each other. The force acting on them are