$\begin{array} {| l| } \hline \text { AVG } = 77 \ \text { RANGE: } 30 - 100 \ \ \text { A - } 4 \ \text { B - } \ \text { C - 2 } \ \text { D - } \ \text { F - 2 } \ \hline \end{array}$ -Given Y_i = $\hat { \beta } _ { 0 }$ + $\hat { \beta } _ { 1 }$ X1_i + $\hat { \beta } _ { 2 }$ X2_i + e_i, describe the White test for heteroskedasticity making sure to specify the auxiliary regression in this case.

Question

Quizplus · Accepted Answer

The Answer of $\begin{array} {| l| } \hline \text { AVG } = 77 \ \text { RANGE: } 30 - 100 \ \ \text { A - } 4 \ \text { B - } \ \text { C - 2 } \ \text { D - } \ \text { F - 2 } \ \hline \end{array}$ -Given Y_i = $\hat { \beta } _ { 0 }$ + $\hat { \beta } _ { 1 }$ X1_i + $\hat { \beta } _ { 2 }$ X2_i + e_i, describe the White test for heteroskedasticity making sure to specify the auxiliary regression in this case.

-Given Yi = β^0\hat { \beta } _ { 0 }β^​0​

-Given Y_i = $\hat { \beta } _ { 0 }$