| Row | Statistical Model | Elasticity |
| 1 | \(y_t=β_1+β_2\frac{1}{x_t}\epsilon_t\) | \(-\frac{β_2}{x^2_t}\) |
| 2 | \(y_t=β_1-β_2\text{ln}(x_t)+\epsilon_t\) | \(-\frac{β_2}{x^2_t}\) |
| 3 | ln(yt) = β1 + β2 ln(xt) + εt | β2 |
| 4 | ln(yt) = β1 + β2xt + εt | β2xt |
| 5 | ln(yt) = β1 + β2 ln(xt) + εt | β2 exp(xt) |
| 6 | ln(yt) = β1 + β2xt + εt | \(β_2\frac{1}{\text{exp}(x_t)}\) |
To determine the correct elasticity of yt with respect to xt for each model in the provided table, we need to analyze each model specification and compare them with the stated elasticities.
For elasticity, if y = f(x), elasticity ε is given by:
Let's analyze the models:
Conclusion: The correct elasticities are provided for rows 3 and 4.
Thus, the correct option is: Only rows 3 and 4 are correct
| Raju | |||
| Aditi | Movie | Concert | |
| Movie | 2,1 | 0,0 | |
| Concert | 0,0 | 1,2 | |