Answer:
OPTION D
Step-by-step explanation:
It is given that the current in the circuit is given by V divided by the sum of t and T.
Denoting this mathematically we would have:
[tex]$ J = \frac{V}{(t + T)} $[/tex]
Now to solve for T rewrite the above expression.
[tex]$ J = \frac{V}{(t + T)} \implies t + T = \frac{V}{J} $[/tex]
⇒ T = [tex]$ \frac{V}{J} $[/tex] - t
Therefore the answer would be Option D.
