IOLab (1.80.1605) - IOLab-WorkFiles/activities/Import_2023-10-13104_14_15.007Z/Lab4-PassiveForces/Lab4-PassiveForces_Part1.html IOLab Edit View Window IOLab Dongle ID 131423 - PAIRED Remote 1: ID 133842 - Remote 2: Not Paired Record + Add run Restart Quit Player Normal Forces - Slat Acquisition Sets IOLAb Run2 (ID: 42e3f1c1-b5a6-4035-8032-Ofbc5fae7eb9) [Remove] force Run4 (ID: 3c2a4459-dc23-4824-b35f-c6e0d7a9b2a6) [Remove] sensor Force (4800 Hz) Remote 1 At: 2.50995 s 14 H: 3.952 N -o: 0.058 N a: 9.920 Ns s: 0.06 N/s (r2: 0.52) H: 7.933 N - o: 0.066 N a: 19.912 Ns s: 0.04 N/s (r2: 0.16) slat 12 spacer 10 Set up the apparatus as shown in the figure above using the 30cm ruler provided in the kit as the slat. Fv (N) The spacers can be books. Push down on the slat with the force sensor eyelet slowly increasing the ONDO force to around 4 N. Try to keep the force steady. Measure and record the downward deflection to the nearest millimeter. 12 0 2 3 4 5 6 7 8 19 Rezero sensor Time ( S ) When the sensor pushes on the slat, does the slat push back? How do you know? Yes the slat exerts a force equal and opposite this is Newtons Third Law. I can also fill it that is I push less the slant is imidiatly exerting force back and go up Push down on the slat with the force sensor eyelet slowly increasing the force to around 8 N. 4:13 AM O W P 10/13/2023 delete prisc end insert OX home F5