Will Current Flow Through a Rotating Copper Wire Loop in a Magnetic Field?

[oakles]

Homework Statement

A copper wire loop is initially at rest in a uniform magnetic field (full flux going through it). Between times t=t1 and t=t1+(delta)t the loop is rotated about a vertical axis as shown (no flux going through it). Will current flow through the wire of the loop during this time interval? If so, indicate the direction of the induced current and explain your reasoning.

Homework Equations

Lenz's Law

The Attempt at a Solution

Well, since the loop goes from having flux to having no flux at all I would have assumed there'd be an induced current. However, I can't seem to find a direction of current that would counteract this change in flux. So in that sense would there be no current induced at all?

 

[adjacent]

Between times t=t1 and t=t1+(delta)t the loop is rotated about a vertical axis as shown (no flux going through it).

Where? It seems you forgot to include the diagram.