I: Burmse; To test the equations for 2-Point Interference. Procedure: Click on the link to load the QHet Wave Interference Simulator Click on "Slits" Under the "Amplitude" slide bar, change it from water waves to sound waves. Cha nge it from "One Slit" to \"Two Slits" Drag the slits as far to the left as possible Drag the \"frequency" to the highest setting Make the \"slit width" as small as possible Make the \"slit separation" as large as possible Click the green button on the sound wave generator to start making waves 10. Use the \"Measuring Tape" to measure 'd' 11. Treat the right-most side of the simulation the 'screen'. Measure 'L' .'OPHP'E-\"PPNP Observations and Analysis :1 = L = [2 marks] Part A: Using PSIP52 =ml to nd A [6 marks] 0 Locate the two 1gt order maxima one is above the middle maximum and one is below 0 Use the measuring tape to measure the length of the line segments 0 Use the appropriate formula to calculate 1 using your measurements -_I_I Calculations: Name: Part B: Using PSIPSZI=(m+%]?I tond ll [6 marks] 0 Locate the two minima (node) above the middle maximum O Use the measuring tape to measure the length of the line segments 0 Use the appropriate formula to calculate ll using your measurements Point 15't Node 2mi Node Calculations: . dxm dxm 1 Part C: Usmg L =m7l or L =[m+E)Jl to fmdll [8 marks] 0 Use the measuring tape to measure the x values 0 Use the appropriate formula to calculate ll using your measurements Point 111 x A 1St order maximum 1St Node 2"\" Node Calculations: Name: d'Ax Part D: Calculate 21 using A=T [3 marks] 0 Explain how you measure m; 0 Measure u: and use it to calculate h AX= Calculations