Which of the following equations, discussed in the text, can be used to predict the federal funds rate?
A) $i _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right) + \bar { n } _ { Y }$
B) $i _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right)$
C) $i _ { t } = \bar { m } \left( \pi _ { t } - \bar { \pi } \right)$
D) $\hat { t } _ { t } = \bar { r } + \bar { n } \tilde { Y } _ { t }$
E) $i _ { t } = \bar { r } + \pi _ { t } + \bar { o }$

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The Answer of Which of the following equations, discussed in the text, can be used to predict the federal funds rate?
A) $i _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right) + \bar { n } _ { Y }$
B) $i _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right)$
C) $i _ { t } = \bar { m } \left( \pi _ { t } - \bar { \pi } \right)$
D) $\hat { t } _ { t } = \bar { r } + \bar { n } \tilde { Y } _ { t }$
E) $i _ { t } = \bar { r } + \pi _ { t } + \bar { o }$

Which of the Following Equations, Discussed in the Text, Can it=rˉ+πt+mˉ(πt−πˉ)+nˉYi _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right) + \bar { n } _ { Y }it​=rˉ+πt​+mˉ(πt​−πˉ)+nˉY​

Which of the Following Equations, Discussed in the Text, Can $i _ { t } = \bar { r } + \pi _ { t } + \bar { m } \left( \pi _ { t } - \bar { \pi } \right) + \bar { n } _ { Y }$