The positions of two point charges q1 and q2 are →r1 and →r2
Two point charge Qa and Qb are positional at point A and B. The field strenght to the right of charge Qb on the line that passes therough the two charges varies according to a law represented schematically in fig. (without employing a definite scale). The field strength is assumed to be positive if its direction coincedes with the positive direction of the x-axis. The distance between the charges is l=21cm .
30
Aug
Two point charge Qa and Qb are positional at point A and B. The field strenght to the right of charge Qb on the line that passes therough the two charges varies according to a law represented schematically in fig. (without employing a definite scale). The field strength is assumed to be positive if its [...]
point charges q and -q are located at the vertices of a square with diagonals 2l as shown in figure. evaluate the magnitude of the elecrtic field strenght at a point located symmetrically with respect to the vertices of the square at a distance x from the center.
30
Aug
point charges q and -q are located at the vertices of a square with diagonals 2l as shown in figure. evaluate the magnitude of the elecrtic field strenght at a point located symmetrically with respect to the vertices of the square at a distance x from the center. respectively. Find the position of the point [...]
The positions of two point charges q1 and q2 are →r1 and →r2 , respectively. Find the position of the point where the net field is zero due to thses charges.
30
Aug
The positions of two point charges q1 and q2 are →r1 and →r2 , respectively. Find the position of the point where the net field is zero due to thses charges. respectively. Find the position of the point where the net field is zero due to thses charges. The positions of two point charges q1 [...]