I have a homework about a gyrator circuit. I tried to use nodal analysis but I couldn't find L value for the circuit.

 

My crystal ball is in the shop, so I can't peer into your mind and figure out what you did or where you went astray. This is why we require you to show your work.

 

My crystal ball is in the shop, so I can't peer into your mind and figure out what you did or where you went astray. This is why we require you to show your work.

what I did does not matter as I added the image of the question . I only write that part for indicating I tried to solve it for a while before posting.

 

My crystal ball is in the shop, so I can't peer into your mind and figure out what you did or where you went astray. This is why we require you to show your work.

I get it what did you say now after reading your post but still I don't how to solve this. I dont need any help with calculations. I just need to learn how to approach this question.

 

The approach is to analyze the circuit to determine the relationship between i(t) and v(t) and then relate that to the constitutive equation for an inductor, which is given in the question.