Case 2: painters on a scaffold Weight of object 1: 350gWeight of object 2: 181 gWeight of stick : 100gLocation of string 1 : 4 cm Location of string 2: 88cm Center of mass of stick: 50 cmLocation of object 2: 17cm Location of string 2 : 66cmMeasured tension 1: 6N Measured tension 2 : 5.5 NPlease provide equations and calculations. The three conditions of static equilibrium are:Lesson 12 Lab: Static Equilibrium●●Introduction●MaterialsIn words, the sum of all the forces acting in the x-direction is zero; the sum of all the forces acting in the y-direction is zero;and the sum of all the torques is zero.IntroductionIn this experiment, we will verify the static equilibrium conditions by re-creating three static equilibrium word problems. Thechoice of force magnitudes, points of application and angles will be a matter of personal choice. The goal is to calculate allforces for each system and compare the results to measured values.Data Collection...Statics Report Sheet (Download and print)A meter stick or yardstickA 5.0 N spring scaleCase 1 Example 1ΣF = 0ΣF, = 0ΣΤ = 0● StringThree objects with masses between 100-500 gramsA ruler and protractorConclusionsMaterialsData Collection and AnalysisCase 1: Traffic LightA traffic light is hanging from two wires set at known angles. What is the magnitude of the tension in each wire?Set up this system based on the figure. Hang an object of known mass from the center of a meter-long string withloops on both ends for attaching the spring scale. It may be easier to tie a second shorter string to the center of thefirst string and tie the object to the short string. Hold the long string in such a way that two different angles, 0₁ and 0₂,are formed. It may be helpful to have an assistant, or tie one end of the string to a fixed object.Show All Case 2: Painters on a ScaffoldTwo painters with different masses are standing on a scaffold of a certain length and different distances from each end. The cables supporting thescaffold are vertical and attached to each end. What is the tension in each cable?Set up this system based on the figure using a meter stick or yard stick. Tie two strings about 50 cm long to each end of the stick. The other end ofeach string should have a loop in it for attaching the spring scale.Case 2 Example 1VAn experimental example of the painters on a scaffold word problem.Tie or hang two objects with different masses from two points on the stick. The locations should be chosen so that the system is not symmetrical (notthe same distance from each end of the stick). Hold the strings so that the stick is horizontal.Record the distances, masses, and the mass of the stick (usually around 100 grams) on the Report Sheet. Solve for the tension in each string.Case 2 Example 2Show AllShow AllAn experimental example of the painters on a scaffold word problem with spring scale added.You can set the system down while you are doing this, or you can immediately measure the two tensions before doing the calculation. In either case,when measuring the tensions make sure the stick is horizontal.Carefully attach the spring scale to the loop of one string by holding the loop with the hook, making sure that the spring scale is vertical and the stick.remains horizontal. Record the tension, T₁, on the Report Sheet. Repeat this procedure for the other string, recording the second tension, T₂, on theReport Sheet. Compare the calculated tensions with the experimental values measured by the spring scale.Note: all angles between applied forces and the horizontal stick are 90 degrees.

Question

Accepted Answer

Given:
Mass of object 1, m1=350 g
Mass of object 2, m2=181 g
Mass of stick , M=100 g
Location of…