In a typical lightning bolt, the potential difference between the points of the discharge is about A V =1x10⁹ V and the amount of energy transferred is about Q=30 C (G = 10º, LF = 3,33x105 — e =kg9,1 x 10-³1 kg)-1,6x10-1⁹ C, me1)II)III)-How much energy is released?If all the energy released could be used to accelerate a car of mass=1200 kg from rest,What will be its final speed?If it could be used to melt ice, how much ice would it melt at 0°C?

The potential difference between the sky and the ground during a lightning discharge is about 1*109…

e = In a typical lightning bolt, the potential difference between the points of the discharge is about A V = 1x10⁹ V and the amount of energy transferred is about Q=30 C (G = 10º, LF = 3,33x105 - -1,6x10-¹⁹ C, me = 9,1 x 10-31 kg) kg 1) II) III) How much energy is released? If all the energy released could be used to accelerate a car of mass=1200 kg from rest, What will be its final speed? If it could be used to melt ice, how much ice would it melt at 0°C?

e = In a typical lightning bolt, the potential difference between the points of the discharge is about A V = 1x10⁹ V and the amount of energy transferred is about Q=30 C (G = 10º, LF = 3,33x105 - -1,6x10-¹⁹ C, me = 9,1 x 10-31 kg) kg 1) II) III) How much energy is released? If all the energy released could be used to accelerate a car of mass=1200 kg from rest, What will be its final speed? If it could be used to melt ice, how much ice would it melt at 0°C?