Question: Please provide me with all the calculations for both Table-1 and Table-2.

Table:

here,

Mg = 210 g = 0.21 kg

M1 = 49.85g = 0.04985 kg

x0 = 1 m. , L = 0.4 m

X Lab 112 Newton second law.cap* File Edit Workbook Display Journal Help Measurement x Tools Calculator Hardware Setup New v X Delete Accept Units Run #3 MRun #3 V Run #3 V Run #3 X Run #3 A Calculations FlagLength=0.08 m Time Velocity Velocity Velocity at photogate 1=FlagLength/[Time at photogate 1, Ch 1 (s)] m/s Time at Time at Between at at Velocity at photogate 2=Flaglength/[Time at photogate 2, Ch 2 (s)] m/s Calculator photogate photogate photogates photogate photogate 1, Ch 1 2, Ch 2 1 and 2, 1 2 (s) (s) Ch 1+2 Code (s) (m/s) (m/s) 1 0.1114 0.0725 0.4696 0.7182 1.1028 Assignment OK. result is 0.08 N 3 4 5 6 8 9 10 11 12 13 14 15 16 17 Recolt Continuane Made 00:03.45 Common Rate - Begin recording all measurements from each connected sensor Type here to search Recording Conditions Controls Delete Last RunLab 112 Newton second law.cap* File Edit Workbook Display Journal Help Measurement x Tools Calculator 0.00 80% E 2 0 Hardware New X Delete Accept Run #2 \\ Run #2 X Run #2 X Run #2 _ Run #2 Units A Calculations Time m Velocity Velocity Data summary Flaglength=0,08 m/s Time at Time at Between at at Velocity at photogate 1=Flaglength/[Time at photogate 1, Ch 1 (s)] m/s photogate photogate photogates photogate photogate 3 Velocity at photogate 2=Flaglength/[Time at photogate 2, Ch 2 (s)] Calculator 1, Ch 1 2. Ch 2 1 and 2, 1 2 ( S ) (s) Ch 1+2 (m/s) (m/s) ( s ) Code 0.0980 0.0637 0.4141 0.8162 1.2552 Assignment OK, result is 0.08 AX X a A 4 UT 8 9 10 12 13 14 15 16 Record Continuous Mode 00:03.80 Ready Common Rate Recording Controls Type here to search onditions Delete Last Run 9:01 PM 10/4/2023X Lab 112 Newton second law.cap File Edit Workbook Display Journal Help O . GA Measurement X Tools Calculator Hardware Setup 0.00 New V X Delete Accept 4 Run #1 A Calculations Units Run #1 X Run #1 _ Run #1 _ Run #1 Data Summary FlagLength= 0.08 m Time Velocity Velocity Velocity at photogate 1= Flaglength/[Time at photogate 1, Ch 1 (s)] m / s Time at Time at Between at at Calculator Velocity at photogate 2=FlagLength/[Time at photogate 2, Ch 2 (s)] m/s photogate photogate photogates 1 and 2, photogate photogate 1, Ch 1 2, Ch 2 1 code (s) (5) Ch 1+2 (s) (m/s) (m/s) P 0.0841 0.0541 0.3528 0. 9516 1.4784 Assignment OK. result is 0.08 9 10 1 1 12 13 14 15 16 17 Record Continuous Mode 00:03.45 Ready Common Rate v --Hz TypeX Lab 112 Newton second law.cap* File Edit Workbook Display Journal Help Measurement Tools Calculator Hardware 0.00 New v X Delete Accept Run #5 . Run #5 . Run #5 . Run #5 M Run #5 A Calculations Units Data Flaglength=0.08 m Time Summary Velocity Velocity Velocity at photogate 1=FlagLength/[Time at photogate 1, Ch 1 (s)] m/s Time at Time at Between at at Velocity at photogate 2=Flaglength/[Time at photogate 2, Ch 2 (s)] m/s photogate photogate photogates Calculator photogate photogate 1, Ch 1 2, Ch 2 1 and 2, 1 (s) (s) Ch 1+2 code (m/s) (m/s) ( s ) 0.1709 0.1111 0.7202 0.4682 0.7200 Assignment OK, result is 0.08 W N 10 11 12 13 14 15 16 17 Record Continuous Mode 00:04.00 Ready Common Rate v --Hz lecording Type here to search Controls onditions Delete Last Run 9:17 PM29 We are assuming that the table is leveled to measure the incline angle. How big would be the acceleration 2. error if the table top is at the angle of 1 deg only? (+ or - 1 degree). Conclusions Data Tables M. = g = kg M. = g =_ kg X. = m , L = m HHHHHHH Table I Velocity at Velocity at Time to gate 2 Total Glider Hanging Acceleration travel gate 1 Mass (kg) Mass m(kg) V2(m/s) (m/s