Suppose that we have digital signals represented as Hamming codes whose number of errors are Poisson distributed with a mean of 36 errors. Use Chebyshev's Inequality to compute the lower bound for the number of signals that need to be sent so that the total number of errors are within 10 percent of the expected number of errors with at least 95 percent probability.

14 pointslet x be the seats in the small van and y the seats in the large van. how many seats does the large van have? a company uses two vans to transport worker from a free parking lot to the workplace between 7: 00 and 9: 00a.m. one van has 9 more seats than the other. the smaller van makes two trips every morning while the larger one makes only one trip. the two vans can transport 69 people, maximum.how many seats does the larger van have?

What is the ordered pair of m’ after point m (5, 6) is rotated 90° counterclockwise?

An observer(o) spots a plane(p) taking off from a local airport and flying at a 29 degree angle horizontal to her line of sight and located directly above a tower(t). the observer also notices a bird circling directly above her. if the distance from the plane(p) to the tower(t) is 6,000ft., how far is the bird(b) from the plane(p).