What is our video about?Our video's job is to explain how to shoot a 3 pointer in basketball and explain the physics behind it. A three-point field goal (also called a three-pointer) is a field goal in a basketball game made from beyond the three-point line, a designated arc surrounding the basket.
The Video
The Video
Physics Stuff:
Force is a push or pull.
Force * time = Impulse.
Impulse- how long an object is impacted. It is basically the amount of a shove something is given. The equation used to find this is J=Ft. The equation is also equal to that of momentum. The unit of measure for impulse is newton seconds (Ns).
Mass * velocity = momentum.
Momentum-the tendency of objects staying in motion. The equation for momentum is p=mv. You can set impulse to momentum in order to find variables that you don't know. The units that you would use for momentum is kilograms meter per second (kgm/s).
Force * time = Impulse.
Impulse- how long an object is impacted. It is basically the amount of a shove something is given. The equation used to find this is J=Ft. The equation is also equal to that of momentum. The unit of measure for impulse is newton seconds (Ns).
Mass * velocity = momentum.
Momentum-the tendency of objects staying in motion. The equation for momentum is p=mv. You can set impulse to momentum in order to find variables that you don't know. The units that you would use for momentum is kilograms meter per second (kgm/s).
Velocity -the speed of something in a given direction.
velocity of an object can be calculated by using the equation v= change in distance/change in time.
Horizontal Velocity- the velocity an object have horizontally.
To figure out the the horizontal velocity we used the equation velocity= change in distance/change in time.
velocity of an object can be calculated by using the equation v= change in distance/change in time.
Horizontal Velocity- the velocity an object have horizontally.
To figure out the the horizontal velocity we used the equation velocity= change in distance/change in time.
Vertical Velocity- how much velocity an object has vertically.
To find the vertical velocity we have to use the equation Tanθ=opposite/adjacent
Total Velocity-how much velocity the object had in total.
To find the total velocity we have to use the equation Cosθ=adjacent/hypotenuse.
To find the vertical velocity we have to use the equation Tanθ=opposite/adjacent
Total Velocity-how much velocity the object had in total.
To find the total velocity we have to use the equation Cosθ=adjacent/hypotenuse.
Reflection
In this project I had some ups and downs. I learned how to use a video editing software, but when I edit I tend to over do it, for example the audio was too annoying, so in the future I need to have a thought on my audience so my video don't annoy them instead . I learned how to use Tan and Cos. My group was really on task on the editing voice overs and the calculations. During the filming part my group was not really on task so I recommend isolate our group so we can avoid distractions from other groups .
In this project I had some ups and downs. I learned how to use a video editing software, but when I edit I tend to over do it, for example the audio was too annoying, so in the future I need to have a thought on my audience so my video don't annoy them instead . I learned how to use Tan and Cos. My group was really on task on the editing voice overs and the calculations. During the filming part my group was not really on task so I recommend isolate our group so we can avoid distractions from other groups .