Isaac Newton's Second Law Of Acceleration

Argument: Acceleration is caused by two factors, mass and force. The graph above shows the relationship between acceleration and force as proportional. As the force upon the car in the experiment increased, the acceleration of the car increased by a similar proportional. This complies with Isaac Newton’s second law of motion, the law of acceleration, which describes acceleration and force as two proportional measures in the equation F (force) = m(mass) x Ac(acceleration), also described in the equation Acceleration= force/mass. With this equation, when the force was changed in the experiment, the angle of the ramp being changed, the acceleration also changed at an equal proportion.

Since mass, or inertia, is an object’s resistance
to change, when the mass of an object in increased, it’s acceleration will decrease since it will have a greater resistance to change. When the car had more weight added to it, it's acceleration decreased since an object with a larger mass needs a stronger force acting upon it for it to be moved at the same acceleration as an object with smaller mass. Because of this, when the ramp angle in the experiment was adjusted and more force was being put on the car with the mass at a constant for each of the three measures for each angle, the acceleration decreased as the force and mass were increased. So, when the force measured at each angle is divided by the mass of the car, the values form a positive slope.

An object with a larger mass needs a stronger force to be moved at the same acceleration as an object with smaller mass. Newton’s second law of Motion ^^^ Mass- resistance to change/inertia Acceleration - change Force - a push or pull on an object The acceleration of an object is determined by two forces, mass and acceleration) As force acting upon an object is increased, the acceleration of the object is increased) As the mass of the object is increased, the acceleration decrease