**Flash Discharge in a Camera Circuit**The flash on a compact camera stores energy in a 100 μF capacitor that is charged to 220 V. When the flash is fired, the capacitor is quickly discharged through a light bulb with 6.0 Ω of resistance.(a) **Draw an appropriate circuit for this situation.**(b) **What is the initial charge on the flash capacitor?**(c) **Light from the flash is essentially finished after two time constants have elapsed. For how long does this flash illuminate the scene?**(d) **What is the current in the light bulb immediately after the flash is fired? What is the current in the light bulb as a function of time? (Assume the flash is fired at t = 0)**(e) **At what rate is the light bulb dissipating energy 280 μs after the flash is fired?**(f) **What total energy is dissipated by the light bulb?**

Since, the question contains more than three sub parts, solution for the first three is provided…

Answered: The flash on a compact camera stores…

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