A solution that contains more solute than it can normally hold at a given temperature is known as a super saturated solution. This state occurs when a solution is heated and more solute is dissolved than would be possible at room temperature. Upon cooling, the solution is in a super saturated state until the excess solute precipitates out.
Hence, a solution with more solute than the saturated solution at the same temperature is categorized as a super saturated solution.
In the system shown below, $x(t)=\sin(t)u(t)$. In steady-state, the response $y(t)$ will be 
The time constant of the network shown in the figure is 
The parallel RLC circuit shown in the figure is in resonance. In this circuit, 