Q2 Cars arrive at a parking lot at a rate of 20 per hour. Assume that a Poisson process model is appropriate. Answer the following questions. No derivations are needed but a justification of your...


Q2 Cars arrive at a parking lot at a rate of 20 per hour. Assume that a Poisson process model is<br>appropriate. Answer the following questions. No derivations are needed but a justification of your<br>answers is necessary.<br>Q2 (iv.) Assume that the lot opens at 8 a.m. what is the expected time at which the tenth car<br>arrives at the parking lot.<br>Q2(v.) What is the expected waiting time between the arrival of the 10th and 11th car?<br>Q2(vi.) How is the waiting time between the arrival times of 10th and 12th car distributed? Write<br>the density function of the waiting time.<br>

Extracted text: Q2 Cars arrive at a parking lot at a rate of 20 per hour. Assume that a Poisson process model is appropriate. Answer the following questions. No derivations are needed but a justification of your answers is necessary. Q2 (iv.) Assume that the lot opens at 8 a.m. what is the expected time at which the tenth car arrives at the parking lot. Q2(v.) What is the expected waiting time between the arrival of the 10th and 11th car? Q2(vi.) How is the waiting time between the arrival times of 10th and 12th car distributed? Write the density function of the waiting time.

Jun 03, 2022
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