An Academic Advisor Wants to Predict the Typical Starting Salary$$\hat { \beta } _ { 0 } = - 92040 \hat { \beta } 1 = 228 s = 3213 r ^ { 2 } = .66 r = .81 \mathrm { df } = 23 \quad t = 6.67$$

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The Answer of An Academic Advisor Wants to Predict the Typical Starting Salary$$\hat { \beta } _ { 0 } = - 92040 \hat { \beta } 1 = 228 s = 3213 r ^ { 2 } = .66 r = .81 \mathrm { df } = 23 \quad t = 6.67$$

An Academic Advisor Wants to Predict the Typical Starting Salary $\hat { \beta } _ { 0 } = - 92040 \hat { \beta } 1 = 228 s = 3213 r ^ { 2 } = .66 r = .81 \mathrm { df } = 23 \quad t = 6.67$

Definitions:

An Academic Advisor Wants to Predict the Typical Starting Salary β^0=−92040β^1=228s=3213r2=.66r=.81df=23t=6.67\hat { \beta } _ { 0 } = - 92040 \hat { \beta } 1 = 228 s = 3213 r ^ { 2 } = .66 r = .81 \mathrm { df } = 23 \quad t = 6.67β^​0​=−92040β^​1=228s=3213r2=.66r=.81df=23t=6.67

Definitions:

An Academic Advisor Wants to Predict the Typical Starting Salary $\hat { \beta } _ { 0 } = - 92040 \hat { \beta } 1 = 228 s = 3213 r ^ { 2 } = .66 r = .81 \mathrm { df } = 23 \quad t = 6.67$