ntnttntttntttt ntttttA capacitor of capacitance 160 μF is charged to a potential difference of 200 volt & then connected across the discharged tube which conducts until the potential difference across it has fallen to 100 volt. The energy dissipated in the tube is :-ntttnttntnn ntnttntttnttttnttttt(1)nttttnttttt6.4 Jntttntttnttttnttttt(2)nttttnttttt4.8 Jntttntttnttttnttttt(3)nttttnttttt4.2 Jntttntttnttttnttttt(4)nttttnttttt2.4 Jntttnttntnn ntn

ntnttntttntttt ntttttA capacitor of capacitance 160 μF is charged to

1.	ntnttntttntttt ntttttA capacitor of capacitance 160 μF is charged to a potential difference of 200 volt & then connected across the discharged tube which conducts until the potential difference across it has fallen to 100 volt. The energy dissipated in the tube is :-ntttnttntnn ntnttntttnttttnttttt(1)nttttnttttt6.4 Jntttntttnttttnttttt(2)nttttnttttt4.8 Jntttntttnttttnttttt(3)nttttnttttt4.2 Jntttntttnttttnttttt(4)nttttnttttt2.4 Jntttnttntnn ntn
Answer» ntnttntttntttt ntttttA capacitor of capacitance 160 μF is charged to a potential difference of 200 volt & then connected across the discharged tube which conducts until the potential difference across it has fallen to 100 volt. The energy dissipated in the tube is :-ntttnttntnn ntnttntttnttttnttttt(1)nttttnttttt6.4 Jntttntttnttttnttttt(2)nttttnttttt4.8 Jntttntttnttttnttttt(3)nttttnttttt4.2 Jntttntttnttttnttttt(4)nttttnttttt2.4 Jntttnttntnn ntn