Hey there! Thank you for taking the time to read and complete these assignments, as I appreciate your hard work beyond compare.

Please do not feel pressured into accepting this assignment as I understand your time is valued.

I have condensed the assignment into a PDF for your convenience and mine.

Please do not accept this if unable to provide a clear explanation and concise answers. This is a major assignment meaning I need the answers to be spot on if possible. Please double-check your work if you are unsure of your responses.

If you do not trust the link, feel free to run it through a virus scanner, or checker, or open it in a virtual environment.

Assignment PDF:

https://pdfmage.org/dl/79bcdeeb-b89b-4c74-a898-b1b92b5a3b9e.pdf/4.3%20refraction%20lab%20-%20content%20-%20classes%20%e2%80%93%20fso.pdf

If you'd rather screenshots:

GROUP 1 Simulation Group . 8 questions Go to the following: Open Refraction Sim and click Play to start the bending light simulation. Then click Intro. The laser (which is turned on by clicking the red button on it) starts at 45 degrees. Grab the protractor from the tool box on the left and verify the angle of incidence is 45 degrees. (Angle between the beam and normal line.) QUESTION 1.1 Q1 Choose one . 13 points What is the angle of reflection? (angle between reflected beam and normal line) O 30 O 32 O 45 60QUESTION 1.2 Q2 Choose one . 13 points What is the angle of refraction? (angle between refracted beam and normal line) 30 O 32 O 45 O 60 QUESTION 1.3 Q3 Choose one . 13 points The index of refraction for the materials the light is going through is found on the right. In this case the top material is air with an index of 1 and the bottom is water with an index of 1.33. Does the simulation follow Snell's Law? n1sin(Theta1)=n2sin(Theta2) In this case, n1 is the index of air. Thetal is the angle of incidence. n2 is the index of water. Theta2 is the angle of refraction. Yes O NoQUESTION 1.4 Q4 Choose one . 13 points Drag the laser until the angle of incidence is 60 degrees. Change the bottom material from water to glass. What is the new angle of refraction? O 30 O 33 O 35 O 40 QUESTION 1.5 Q5 Choose one . 12 points What is the new angle of reflection? O 30 O 40 O 45 60QUESTION 1.6 06 Choose one . 12 points Keep the angle of incidence at 60 degrees. Change the top material to water and keep glass on the bottom. What is the new angle of refraction? O 35 O 40 O 50 O 60 QUESTION 1.7 Q7 Choose one . 12 points Drag the green intensity meter from the left side of the sim. The magnifying glass looking part is the detector. Move the detector to measure the intensity of the reflected beam and the refracted beam. As the angle of incidence increases, how does the intensity of the reflected beam change? It increases It decreases O It does not changeQUESTION 1.8 QB Choose one - 12 points Change the top material to anything you wish. Change the bottom material to mystery A. Using the provided tools and snell's law, what is the index of refraction of mystery A? O 1.6?8 O 2.142 O 2.41? O 2.8?8