In regards to thecharts for position and velocity below:
Determine the totaldisplacement of the motion Δr⃗ = r⃗ f−r⃗ I and the average velocity v⃗ avg=Δr⃗ /Δt. Explain your reasoning by telling us thedata points you used to determine these values. You can use thestatistical tool to read the position and time at the start and endof the motion. Just hover the cursor (with statistical toolselected) on the graph at the desired position and the value willappear on the top left. Make sure to identify which waypositive y-axis was pointing (left or right).
1 (109.46 KiB) Viewed 36 times
-ox IOLab (1.76.1573) IOLab Edit View Window IOLab Dongle ID 119488 - CONNECTED Remote 1: ID 119324 - 3.07V - Config 4 Remote 2: Not Paired O Continue + Add run S Reset Remote 1 - Data sets Wheel - Position (100 Hz) Fixed duration (s): na. Run1 [Remove] ID: 305bc3c6-e12f-4f3c-a884-11862e2876c1 Sensors (Remote 1) (W) 4/ Accelerometer (200 Hz) Analog 1/2/3 Analog 7 Analog 8 Analog 9 Barometer Battery Rezero sensor Time (s) Wheel - Velocity (100 Hz) Digital (s/) Electrocardiogram (9) Force (200 Hz) Gyroscope High Gain Light Magnetometer Microphone Thermometer Wheel (100 Hz) Position Velocity ono uno in ono no no Time (s) ^ 123/2020 E
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!