Hi! Please answer all of the answers for the analysis attached below! This is lab 4 at FIU PHY 2048L on Newton's First and Third Law. I attached pictures that might help as well with the lab, but the most important ones are the analysis questions alongside the data tables attached below.

ANALYSIS 1. Draw a free body force diagram for the ring for each of the three force systems. Choose convenient xy coordinate systems (you have already done this for Procedure step 5) and draw the axes on your diagrams. Calculate the x and y components of the forces with respect to your chosen coordinate system and write the values in the tables. Calculate the net x and net y components for each of the three force systems. Do your results indicate that Newton's rst law is true? If there is a discrepancy, can it be accounted for by experimental uncertainties? Would it have made a difference if you had chosen a differently oriented x-y coordinate system? Explain. 20 Newton's Third Law 10- Force 1 (N) Force 2 (N) -10- For Question 4 Activate Windows -20- Go to Settings to activate Windows Time (s) Type here to search O e R 1:12 PM 2/9/202220 Newton's Third Law 10 Force 1 (N) Force 2 (N) -10- Activate Windows -20- ings to activate Windows Time (s)DATA TABLES FOR NEWTON'S FIRST LAW Hanging Magnitude Direction, x comp. y comp. mass, g of degrees of force, of force, force N N N ---- 225 mass, 9 degrees of force, N of force, N force N m -_\"__ -_ _ mass, g degrees of force, N of force, N force N .- - m - Angle between 100 g and 150 g = 155 2F; = 2F = Lab y Newton Ist law F3 = - (F,+ F. ) = 0 ) Newton's Third Law F3= -(F, + F, ) x F. = Fall and 1 Ppl = 1 Fanl F21 = - (F ,, + F , ) Fit F2 + F , = D FX = F/ cost 0.1+ 9.8 = 0.98 F Fay = IFIsing 0.2 * 9, 8 = 1.965 Fizz F2 = - (0.982 + 1. 9( ) F 2.1 F = mass x a