Time 2.9 s Range 8.06 m Height 4.44 m Part 3: Examining the factors that affect...

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Time 2.9 s Range 8.06 m Height 4.44 m Part 3: Examining the factors that affect the range of a horizontal launched projectile. 1. Click to clear the trajectory. 2. Change the height of cannon to 10 m and set it to a 0 angle. 3. Set the initial speed to 6 m/s and fire the cannon. 4. Drag measuring tool (right picture) to find the time of flight (t) and the range (x). To obtain the time and range, place the crosshairs of the tool on the impact point. Record the values to the data table. 5. Increase the initial speed to 8 m/s and repeat. Fill in the rest of the data table. Height (m) Horizontal Speed (m/s) Time of Flight (s) 10 6 10 8 10 10 10 10 10 12 10 14 10 16 18 10 6. According to your record... What effect (if any) did horizontal speed have on the time of flight? Range (m) Page 2 of 4 b. What is the relationship between an object's horizontal speed and its range? Be specific - is it a linear or non-linear relationship? Time 2.9 s Range 8.06 m Height 4.44 m Part 3: Examining the factors that affect the range of a horizontal launched projectile. 1. Click to clear the trajectory. 2. Change the height of cannon to 10 m and set it to a 0 angle. 3. Set the initial speed to 6 m/s and fire the cannon. 4. Drag measuring tool (right picture) to find the time of flight (t) and the range (x). To obtain the time and range, place the crosshairs of the tool on the impact point. Record the values to the data table. 5. Increase the initial speed to 8 m/s and repeat. Fill in the rest of the data table. Height (m) Horizontal Speed (m/s) Time of Flight (s) 10 6 10 8 10 10 10 10 10 12 10 14 10 16 18 10 6. According to your record... What effect (if any) did horizontal speed have on the time of flight? Range (m) Page 2 of 4 b. What is the relationship between an object's horizontal speed and its range? Be specific - is it a linear or non-linear relationship?