Question: 2.) Based on experiment, there is a linear relationship between velocity and distance if someone
is travelling. At the instant of the start of the experiment, a car has a velocity recorded at 10
KPH. After travelling a distance of 50 meters, the speedometer recorded at 35 KPH. The car
increased its velocity to 60 KPH after travelling 100 meters. After a distance of 150 meters, the
speedometer recorded at about 84 KPH. When the velocity was increased to about 111 KPH, the
car have travelled a distance of 200 meters. Finally, when the total distance travelled is 250
meters, the speedometer registered at 135 KPH. Construct a table for the given data.
Graph: linear relationship between velocity and distance; points can be represented as (0,10), (50,35), (100,60), (150,84), (200,111), (250,135). position_hint {center
1. **State the problem:** We are given a set of data points showing a linear relationship between velocity (in KPH) and distance travelled (in meters).
2. **Data points:** The points are (0,10), (50,35), (100,60), (150,84), (200,111), (250,135) where the first coordinate is distance and the second is velocity.
3. **Construct the table:** We organize the data into a table with two columns: Distance (m) and Velocity (KPH).
| Distance (m) | Velocity (KPH) |
|--------------|----------------|
| 0 | 10 |
| 50 | 35 |
| 100 | 60 |
| 150 | 84 |
| 200 | 111 |
| 250 | 135 |
4. **Explanation:** This table clearly shows the linear increase in velocity as distance increases.
5. **Summary:** The table is the requested representation of the data points showing the linear relationship between velocity and distance.