Question

1. Assume that a positively charged sample is put at the center of the anode (10 V). Use a pencil to draw the line, along which the sample is displaced by the electric force from the anode (10 V) towards the cathode (0 V). These lines are referred to as field lines. If the magnitude of the electric force is equally large in all points of an electric field (this type of field is referred to as homogeneous), this will be pointed out, according to the concept of field lines
2. For the first field you have already drawn eight field lines. Consider how many field lines you will have to draw for the second field if the density of field lines determines the magnitude of the electric field strength. Draw these field lines as dashed lines.

Answer 1

Anode ca ethode ον TOV field lines of a for a-ve the charge Charge. Density of electric field lines represent the strength of field, more denser the field lines are then more will be electric field strength. A positive charge in the abov re will be displaced towards the cathode. so, If the second field is more then field lines will be denser else they will be less denser from above figure.

If second field is more in magnitude then field lines will be more denser.