Consider the circuit below, which uses transistors to control the current flowing through an inductive$$

load. For the Q$1$ and Q$2$ transistors, if they are on$,$ assume they are in saturation.$$a$.$ When the switch is open, is Q$1$ on or off? Briefly explain your reasoning. b$.$ Also, when the switch is open, is Q$2$ on or off? Briefly explain your reasoning.$$c$.$ Lastly, when the switch is open, does current flow through the inductive load? Briefly explain$$

your reasoning.$$d$.$ What is IR$2$ when the switch is open? Show your work.$$e$.$ Assume Q$2$ has been on $($and in saturation$)$ for a long time. What is I?$$ f$.$ Find the power dissipated by Q$2($neglect the base current and VBE$).$