Acity's buses delayed time (x) is uniformly distributed between [0,y] where 0 < = y < = 1 and is uniformly disturbed. suppose you observe a delay time x=x. a) compute the posterior distribution of y given the data observed and find an approximate value of y by calculating e(y | x=x) b) suppose the first delay you observe is x(1) = 0.5. the next delay is independently drawn by the same distribution (x(2) ~ uniform [0,y]. given what you have observed from the first delay, what is the probability that the second delay will be more than a 0.5 hour delay?

jhfdergmllm: $"$& (& #@$& () 9887¥€¢£`~¥°℅™℅℅℅=

step-by-step explanation:

π^°×{{€€

your answer would be 12

option a is correct.

step-by-step explanation:

scale factor: it is used to find proportional measurements.

proportions means having the same ratio.

scale factor is the ratio of the model measurement to the actual measurement in a simplest form.

or we can say that the ratio of any two corresponding lengths in two similar geometric figures

if the scale factor is more than 1, then it is an enlargement,

if the scale factor less than 1, then it is a reduction.

given the two geometric figure:

by definition of proportions, we have