The following data show the number of occupants in passenger cars observed during one hour at a busy intersection in Los Angeles ( 75 ) . Suppose it can be assumed that these data follow a geometric distribution, p X ( k ; p ) = ( 1 − p ) k − 1 p , k = 1 , 2 , .... Estimate p and compare the observed and expected frequencies for each value of X . Number of Occupants Frequency 1 678 2 227 3 56 4 28 5 8 6+ 14 1011 ¯
The following data show the number of occupants in passenger cars observed during one hour at a busy intersection in Los Angeles ( 75 ) . Suppose it can be assumed that these data follow a geometric distribution, p X ( k ; p ) = ( 1 − p ) k − 1 p , k = 1 , 2 , .... Estimate p and compare the observed and expected frequencies for each value of X . Number of Occupants Frequency 1 678 2 227 3 56 4 28 5 8 6+ 14 1011 ¯
The following data show the number of occupants in passenger cars observed during one hour at a busy intersection in Los Angeles
(
75
)
. Suppose it can be assumed that these data follow a geometric distribution,
p
X
(
k
;
p
)
=
(
1
−
p
)
k
−
1
p
,
k
=
1
,
2
,
....
Estimate
p
and compare the observed and expected frequencies for each value of
X
.
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