Which of the following is an ARDL (1,3)model? A)y_t = $\delta$+ $\theta$ ₁y_t-1+$\theta$ ₂y_t-2 +$\theta$ ₃y_t-3 + $\delta$₀x_t + $\delta$₁x_t-1+$\delta$₂x_t-2+ $\delta$₃x_t-₃+ v_t B)y_t = $\delta$+ $\theta$ ₁y_t-1+ $\delta$₀x_t + $\delta$₁x_t-1+$\delta$₂x_t-2+ $\delta$₃x_t-₃+ v_t C)y_t = $\delta$+ $\theta$ ₁y_t-1+$\theta$ ₂y_t-2 +$\theta$ ₃y_t-3 + $\delta$₀x_t + $\delta$₁x_t-1+ v_t D)y_t = $\delta$+ $\theta$₁y_t-1+$\theta$₂y_t-2 +$\theta$₃y_t-3 + $\delta$₀x_t + v_t

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The Answer of Which of the following is an ARDL (1,3)model? A)y_t = $\delta$+ $\theta$ ₁y_t-1+$\theta$ ₂y_t-2 +$\theta$ ₃y_t-3 + $\delta$₀x_t + $\delta$₁x_t-1+$\delta$₂x_t-2+ $\delta$₃x_t-₃+ v_t B)y_t = $\delta$+ $\theta$ ₁y_t-1+ $\delta$₀x_t + $\delta$₁x_t-1+$\delta$₂x_t-2+ $\delta$₃x_t-₃+ v_t C)y_t = $\delta$+ $\theta$ ₁y_t-1+$\theta$ ₂y_t-2 +$\theta$ ₃y_t-3 + $\delta$₀x_t + $\delta$₁x_t-1+ v_t D)y_t = $\delta$+ $\theta$₁y_t-1+$\theta$₂y_t-2 +$\theta$₃y_t-3 + $\delta$₀x_t + v_t

Which of the Following Is an ARDL (1,3)model? A)yt = δ\deltaδ

Which of the Following Is an ARDL (1,3)model?
A)y_t = $\delta$