| Chapter 1 | ||
| Fig. 1. | Impulse Response under Policy A. | 10 |
| Fig. 2. | Impulse Response under Policy B. | 12 |
| Fig. 3. | Impulse Response under Steeper NKPC. | 13 |
| Chapter 2 | ||
| Fig. 1. | Time series graphs of all the variables in Logarithmic form. | 25 |
| Fig. 2. | Working of a Decision Tree. | 28 |
| Fig. 3. | Actual and Predicted M1 of Training Dataset. | 29 |
| Fig. 4. | Actual and Predicted M1 of Test Dataset 1. | 30 |
| Fig. 5. | Actual and Predicted M1 of Test Dataset 2. | 30 |
| Fig. 6. | Actual and Predicted M1 of Training Dataset. | 33 |
| Fig. 7. | Actual and Predicted M1 of Test Dataset 1. | 33 |
| Fig. 8. | Actual and Predicted M1 of Test Dataset 2. | 34 |
| Chapter 4 | ||
| Fig. 1. | Trading Volume in the Cryptocurrency Market. | 70 |
| Fig. 2. | Daily Closing Prices and Returns of the Variable. | 76 |
| Chapter 8 | ||
| Fig. A1. | Bric Impulse Response (2007:1–2010:11). | 148 |
| Fig. B1. | BricS Impulse Response (2010:12–2020:5). | 149 |
| Chapter 9 | ||
| Fig. 1. | Inflation in Indonesia. | 153 |
| Fig. 2. | Conceptual Framework. | 156 |
| Fig. 3. | Stages of Making the ARIMA Model. | 158 |
| Fig. 4. | Inflation in Indonesia January 2005–June 2020. | 159 |
| Fig. 5. | Correlogram of Inflation in Indonesia January 2005–June 2020. | 160 |
| Fig. 6. | White Test Through Residual Correlogram. | 161 |
| Fig. 7. | Residual Inflation of ARIMA Model. | 162 |
| Fig. 8. | Forecasting Inflation in Indonesia for the Next 6 Months. | 163 |
| Chapter 10 | ||
| Fig. 1. | The Level of Public Understanding of the Capital Market. | 170 |
| Fig. 2. | The Level of Public Understanding of the Trading Mechanism in the Capital Market. | 171 |
| Fig. 3. | Development of GIBEI Visits in West Java. | 172 |
| Fig. 4. | Conceptual Framework. | 175 |
| Fig. 5. | Students’ Level of Understanding of Fundamental and Technical Analysis Techniques. | 178 |
| Fig. 6. | Indonesian Capital Market Education Model. | 180 |
| Fig. 1. | Impulse Response under Policy A. | 10 |
| Fig. 2. | Impulse Response under Policy B. | 12 |
| Fig. 3. | Impulse Response under Steeper NKPC. | 13 |
| Fig. 1. | Time series graphs of all the variables in Logarithmic form. | 25 |
| Fig. 2. | Working of a Decision Tree. | 28 |
| Fig. 3. | Actual and Predicted M1 of Training Dataset. | 29 |
| Fig. 4. | Actual and Predicted M1 of Test Dataset 1. | 30 |
| Fig. 5. | Actual and Predicted M1 of Test Dataset 2. | 30 |
| Fig. 6. | Actual and Predicted M1 of Training Dataset. | 33 |
| Fig. 7. | Actual and Predicted M1 of Test Dataset 1. | 33 |
| Fig. 8. | Actual and Predicted M1 of Test Dataset 2. | 34 |
| Fig. 1. | Trading Volume in the Cryptocurrency Market. | 70 |
| Fig. 2. | Daily Closing Prices and Returns of the Variable. | 76 |
| Fig. A1. | Bric Impulse Response (2007:1–2010:11). | 148 |
| Fig. B1. | BricS Impulse Response (2010:12–2020:5). | 149 |
| Fig. 1. | Inflation in Indonesia. | 153 |
| Fig. 2. | Conceptual Framework. | 156 |
| Fig. 3. | Stages of Making the ARIMA Model. | 158 |
| Fig. 4. | Inflation in Indonesia January 2005–June 2020. | 159 |
| Fig. 5. | Correlogram of Inflation in Indonesia January 2005–June 2020. | 160 |
| Fig. 6. | White Test Through Residual Correlogram. | 161 |
| Fig. 7. | Residual Inflation of ARIMA Model. | 162 |
| Fig. 8. | Forecasting Inflation in Indonesia for the Next 6 Months. | 163 |
| Fig. 1. | The Level of Public Understanding of the Capital Market. | 170 |
| Fig. 2. | The Level of Public Understanding of the Trading Mechanism in the Capital Market. | 171 |
| Fig. 3. | Development of GIBEI Visits in West Java. | 172 |
| Fig. 4. | Conceptual Framework. | 175 |
| Fig. 5. | Students’ Level of Understanding of Fundamental and Technical Analysis Techniques. | 178 |
| Fig. 6. | Indonesian Capital Market Education Model. | 180 |
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