Tags
#m249 #mathematics #open-university #statistics #time-series
Question
Suppose that the time series Xt can be described by an additive non-seasonal model with a linear trend component, that is,
Xt = m + bt + Wt , where b is the slope of the trend component mt = m + bt.
Note that
Xt+1 = m + b[...] + Wt+1
=(m + bt) + b + Wt+1
= mt + b + Wt+1
(t +1)

Tags
#m249 #mathematics #open-university #statistics #time-series
Question
Suppose that the time series Xt can be described by an additive non-seasonal model with a linear trend component, that is,
Xt = m + bt + Wt , where b is the slope of the trend component mt = m + bt.
Note that
Xt+1 = m + b[...] + Wt+1
=(m + bt) + b + Wt+1
= mt + b + Wt+1
?

Tags
#m249 #mathematics #open-university #statistics #time-series
Question
Suppose that the time series Xt can be described by an additive non-seasonal model with a linear trend component, that is,
Xt = m + bt + Wt , where b is the slope of the trend component mt = m + bt.
Note that
Xt+1 = m + b[...] + Wt+1
=(m + bt) + b + Wt+1
= mt + b + Wt+1
(t +1)
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pose that the time series X t can be described by an additive non-seasonal model with a linear trend component, that is, X t = m + bt + W t , where b is the slope of the trend component m t = m + bt. Note that X t+1 = m + b<span>(t +1) + W t+1 =(m + bt) + b + W t+1 = m t + b + W t+1 <span><body><html>

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