A 1650 kg car moving at 18 m/s approaches a hill that is 26 rn high and 32 m lon

Question

A 1650 kg car moving at 18 m/s approaches a hill that is 26 rn high and 32 m long. Although the car and hill are clearly too large to be treated as matter waves, determine what the equation T partially equals e^-2bL, where n = ,m is the mass, L is the barrier thickness, Ub - E is the energy difference and h is the Planck constant, predicts for the transmission coefficient of the car, as ifit could tunnel through the hill as a matter wave. Treat the hill as a potential energy barrier where the potential energy is gravitational. Write your answer as T= e^x and find the value of x.

Explanation / Answer

84 is a number

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