w DR T 0 e S D DD RESIN Comparing Friction Materials: Create multiple cube objects and conduct the following exercises. Create two different physics materials. Take a snapshot of their parameters to include in your submission with an explanation of the differences. Keep the applied force the same but vary the mass. Observe and explain the motion of each, considering the concept of F = ma. Show how the behavior varies for two objects moving on the surface. One has the same physics material as the surface, while the other is the other material. Comparing Bouncy Materials: Create two materials with different bounciness. Create two spheres and explore the result when the surface and the material have the same bounciness and when they are different (i.e., the bounciness of the sphere is not the same as the bounciness of the plane. Apply an impulse force to the spheres so they follow something close to a parabolic arc, as shown in the image below. This will reguire you to set the add force vector with a non-zero y-component. Then, add an x or 2 (or both) component. Combined, it will result in an impulse force, as shown: Fn.-"' - e o - A printable version of the above information is provided in Problem 2: Exploring Physics Materials and Applying Forces (DOCX). 4, Deliverables You will submit two files for this assignment: A PDF file that shows the different physics materials parameters: s Include a paragraph that describes and compares them and the resulting effect observed. For example, create one figure (appropriately numbered and titled) that shows the different friction-based materials. Then, write a paragraph about that. Then, do the same for the bouncy materials. The observation component should be consistent and supportable with the videos. Only PDF files will be accepted. Do not add punctuation or special characters. s Save the PDF using a naming convention that includes your last name_first name. Example: DoeJohn.pdf