2 parallel infinite opposite charged lines (of uniform density $\lambda$) are placed at distance L from each other. Need to calculate the dipole moment of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

thanks

Two parallel infinite opposite charged lines (of uniform density $\lambda$) are placed at distance $L$ from each other. Need to calculate the electric dipole moment of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

2 parallel infinite opposite charged lines (of uniform density $\lambda$) are placed at distance L from each other. Need to calculate the moment dipole of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

thanks

2 parallel infinite opposite charged lines (of uniform density $\lambda$) are placed at distance L from each other. Need to calculate the dipole moment of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

thanks

2 parallel infinite charged lines (of uniform density $\lambda$) are placed at distance L from each other. Need to calculate the moment dipole of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

thanks

2 parallel infinite opposite charged lines (of uniform density $\lambda$) are placed at distance L from each other. Need to calculate the moment dipole of this system.

How do you do such a calculation? do I need to sum the moment dipoles of infinite tiny charges?

thanks