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प्रश्न
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| S.No | First Move | Seconde Move | Distance (m) | Displacement |
| 1. | Move 4 metres east | Move 2 metres west | 6 | 2 m east |
| 2. | Move 4 metres north | Move 2 metres south | ||
| 3. | Move 2 metres east | Move 4 metres west | ||
| 4. | Move 5 metres east | Move 5 metres west | ||
| 5. | Move 5 metres south | Move 2 metres north | ||
| 6. | Move 10 metres west | Move 3 metres east |
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उत्तर
| S.No | First Move | Seconde Move | Distance (m) | Displacement |
| 1. | Move 4 metres east | Move 2 metres west | 6 m | 2 m east |
| 2. | Move 4 metres north | Move 2 metres south | 6 m | 2 m north |
| 3. | Move 2 metres east | Move 4 metres west | 6 m | 2 m west |
| 4. | Move 5 metres east | Move 5 metres west | 10 m | 0 (same place) |
| 5. | Move 5 metres south | Move 2 metres north | 7 m | 3 m south |
| 6. | Move 10 metres west | Move 3 metres east | 13 m | 7 m west |
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संबंधित प्रश्न
Which of the following is true for displacement?
- It cannot be zero.
- Its magnitude is greater than the distance travelled by the object.
A particle is moving in a circular path of radius r. The displacement after half a circle would be :
A body when projected up with an initial velocity u goes to a maximum height h in time t and then comes back at the point of projection. The correct statement is ______________
Figure (a) shows the velocity-time graph for the motion of a body. Use it to find the displacement of the body at t = 1 s, 2 s, 3 s and 4 s, then draw on Figure (b), the displacement-time graph for it.
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| (a) | (b) |
Can distance covered by a body be less than the magnitude of its displacement?
Calculate the distance and displacement in the following case:
An object is thrown vertically upwards. It rises upto a height H and then returns to its initial position. Calculate
The displacement of the object.
A 50 m long train passes over a bridge at a speed of 30 km/h. If it takes 36 seconds to cross the bridge, calculate the length of the bridge.
Slope of a velocity-time graph gives
The displacement covered by the second hand of radius V in a clock after one revolution is ______.
