vector labe by jimmy philibin

For our game of vector racing we used the oval track. Weused Newton’s 1st and 2nd law to have the quickest lap.The reason for this is the dot for the game is always in motion where you clickfor the moves the dot will be your acceleration with mass. As long as your dotdoes not hit the wall your score will show it, if you were t0o hit the wall itwould result in a minus five point penalty. These laws apply to the game becausethe car will continue to move constantly unless another outside force isapplied to the object.

vector game

Vector Racing Game
In our game we used the oval track. By using Newton’s 1st
and 2nd law allowed me to win the race. It helped me win the race
because newton’s 1st law is an object in motion will remain in
motion unless other force is applied. So, the car will constantly be moving
forward except when it crashes into the wall which you will then restart back
onto the tracks. Newton’s first two laws
apply to this game because a an object will constantly be moving unless if
other force is applied to it such as running into another object like a wall or
car.

vector racing

For the game I used the oval track. I had to use newtons 1st and 2nd law to do well in this race. this is because the dot is in motion and where you click for the next move for the dot will be your acceleration with the mass constant. the dot will continue to be in the lead or get a good score unless it hits a wall which results in minus five points. theses laws apply to driving a care because the car will continue to move unless another outside force is applied for example hitting the brake or hitting another object.

option number 6

Winning the game required me to apply newtons first law because the first law states that an object in motion will remain in motion unless another force is applied. In the case of the race, the car will remain going forward unless it hits the wall. You also need to apply Newton's second law. if you add force going to the left to make your car go foward the car will continue to go toward that way unless an object gets in the way. the more acceleration you apply to your next move the farther it will go father since that mass is always the same since its the same car. theses principals apply to my driving because if i go 30mph compared to 40mph it will take longer to get to my destination. in the snow the acceleration will need to be less in the snow due to the amount of pressure the snow adds to the ground