David is deciding to buy either a new car or a used car that has been driven 10,000 miles. For each car, find the probability th
at he can drive it for an extra 20,000 miles in the following scenarios. (a) The total mileage that both cars can be driven before they completely break down is an exponential random variable with mean 20 thousands miles.
(b) The total mileage that both cars can be driven before they completely break down is uniformly distributed over (0, 40,000).
that's a flower and i know the different parts the top is the flower and the thing that keeps it up is the steam and the root and the root underground sucks the water.