Methodical recommendation:
Theory
| Number | Name | Description |
|---|---|---|
| 1. | PT 2 Revision II | This theoretical exercise contains concepts including kinematic equations of motion, safe distance between two moving vechicles and motion in a plane. |
Practice Questions
| Number | Name | Type | Difficulty | Marks | Description |
|---|---|---|---|---|---|
| 1. | Kinematic equations of motion | Other | easy | 2 m. | This exercise contains MCQ based question about the concepts of kinematic equations of motion and motion of a plane. |
| 2. | A&R - Motion arond us | Other | medium | 2 m. | This exercise contains assertion and reason based question about the topics of kinematic equations and motion in a plane. |
| 3. | Ball on an inclined plane | Other | medium | 2 m. | This exercise contains a numerical problem about the ball on an inclined plane using kinematic equations. |
| 4. | Dropping a ball from height | Other | medium | 2 m. | This exercise contains one numerical based question about dropping from height using the kinematic equations. |
| 5. | Uniform circular motion | Other | medium | 3 m. | This exercise contains one descriptive question that asks about the concept of uniform circular motion. |
| 6. | Difference between straight line motion and motion in a plane | Other | medium | 3 m. | This exercise contains one descriptive based question about the difference between straight line motion and motion in a plane. |
| 7. | TBQ - Equation of motion for distance | Other | medium | 3 m. | This exercise contains one textbook based question to find the distance travelled using equation of motion. |
| 8. | TBQ - Braking distance | Other | medium | 5 m. | This exercise contains a textbook question that tests the knowledge of students about calculating the braking distance. |
| 9. | CBQ - Smart Highway Safety | Other | hard | 4 m. | This exercise contains one case study based question about the smart highway safety, |