Can someone INCLUDE numerical math for my project. I am missing that component. Everything else in my project is good to go. PLEASE PLEASE!!! I need to have actual math shown! PLEASE PLEASE

https://www.youtube.com/watch?y-xyPickMmUAE Movie 2 Dance Battle scene When Sonic and Tails are moving they are showcasing the effects of angular momentum! L = loo L = angular momentum I = Moment of Inertia (omega) = angular velocity In the video, Sonic and Tails spin quickly because their rotational inertia is SMALL. In order to change "L" (angular momentum), Sonic and Tails 7 must apply a torque. The torque in this situation is a force acting at a distance FROM the spin axis. Both characters are applying the torque between the floor and their feet. 1.19 Thus, the two swing their legs out sideways. The torque is generated because the force of the character's toes goes in one direction and the force of the heel goes toward another. Thus, after the torque is generated, both characters kick off from their twisting foot and land safely on the ground.Meet Knuckles Scene Newton's second law states, F = Mm (Net force is equal to mass times acceleration). The higher the Nest-\"tons. the greater the force of the punch and as for the acceleration component this is due the difference of unbalanced forces. In the clip, Knuckles exerts a greater force toward Sonic. which causes Sonic to accelerate and plummet onto the couch. In conclusion, Newton's second law describes the behavior of two objects when the forces do not balance. SuperSonic Newton's first law An object remains in the same state As Sonic collects all the rings, he immediately is able to pick up the entire animal capsule. After picking up the animal capsule, he of motion unless acted upon by an plunges into the sky and circles around at a "super sonic" speed that external resultant force causes the top part of the capsule to fall off. Sonic's change in motion is due to the external resultant force, which is found in the power of the rings. Prior to this, Sonic layed on the ground defeated with minimal energy and stagnant motion.Sonic hates fishing Prior to Sonic falling asleep on the boat, both he and Tom (Sonic's dad) cast their rod onto the ocean. The casting allows for a parabolic curve to occur. The parabolic curve is not perfect because of air resistance and drag. Air resistance has the ability to sway the line or slow the line. Drag is affected by the line coming off the reel, hence slowing the speed.Sonic hates fishing continued GH By simplifying casting the line, projectile motion is illustrated because the line is essentially projected to another spot. However, waiting for a fish can take a while and as you can see, Sonic is not patient. However, when a fish is caught on the line, tension is present since the weight is on the hook and in turn pulls on the string, thus bending the pole.Sonic: Home Alone! Buoyancy is an upward force that a fluid exerts on a fully or partially submerged object. Buoyancy depends on the object's size and weight. The formula for Archimedes principle is FB=Vog where V is the volume of the object, o is the density of the fluid, and g is the gravitational acceleration. Due to the Archimedes principle, Sonic floats because the weight of Sonic being placed in the water is less than the water displaced.The secret to jumping high is physics. To increase one's vertical jump, one must increase Sonic: Home Alone! one's power to bodyweight ratio. Power = force x velocity Sonic's force is the maximum strength he has and velocity is his maximum speed. By increasing both components, Sonic's vertical jump will improve and hence he will jump even higher on the couch! Sorry, Sonic's parents this is pure physics