please calculate the average acceleration for both tables

AutoSave OFF AH ? CG ... w PHY250L+Lab+3+NewtonsLaws (1) Comments Editing Share Home Insert Draw Design Layout References Mailings Review View Grammarly Acrobat Table Design Layout ? Tell me " A A Aa Ap AaBbCcDdE AABBCC AaBbCcDd G Normal Heading 1 Heading 2 Styles Dictate Editor Open Create and Share Request Paste B I U v ab x X|A v D v A v Pane Grammarly Adobe PDF Signatures EXPERIMENT 3: NEWTON'S SECOND LAW AND THE ATWOOD Data Table Table 5. Motion Data Mass of 15 Average Mass 0.004kg 0.0032kg Washers (kg) of Washer (kg) Procedure 1 Height (m): 0.65m Trial Time (s) 1 2.55 2.54 N 2.51 2.52 2.60 Average 2.544 Average Acceleration (m/s?) Procedure 2 Height (m): 0.65m Trial Time (s) straightorling Page 10 of 13 1257 words X English (United States) Focus E - + 125%AutoSave . OFF Home Insert Page 11 of 13 Draw 1261 words Design a} Layout English (United States) References :7] PHY250L+Lab+3+NewtonsLaws (1) Mailings Review View Grammarly Acrobat Table Design Layout 9 Tell me aming 6 Share 1T : ll: Q Q) Q [E] 84 v - - , i 1 Styles Dictate Editor Open Create and Share Request 7 Pane Grammarly Adobe PDF Signatures 1 2.48 2 2.65 3 2.47 4 2.58 5 2.70 Average 2.576 U l Post-Lab Questions 1. When you give one set of washers a downward push, does it move as easily as the other set? Does it stop before it reaches the oor? How do you explain this behavior? When giving one set of washers a downward push, it does not move as easily as the other set this is because its heavier than the other one as it tries to come back up. 2. Draw a free body diagram for Mr and M2 in each procedure (Procedure 1 and Procedure 2). ' 1 Focus + 145%