A motion sensor will be used to measure the motion of a cart that will be pushed up an inclined plane. Data studio will be used to record the motion and calculate the velocity and the acceleration of the…
However, this force exhibits significant variations based on any given body’s location on earth’s surface besides influenced by both altitude and latitude (Hu?ttl 19). Premise asserting effects due to altitude states g changes inversely relative to the distance from the world’s center; hence, its values are 9.78m/s2 at equator and 9.83m/s2 at poles (Hu?
Since, the acceleration is also correspondingly small in value compared to the true 9.8M/S2 gravitational pull (Wilson & Hernandez 87).
The acceleration value attained in this experiment is smaller than the true or
The results of this lab experiment conformed to Newton’s second Laws of Motion which can expressed mathematically as F=ma.
Newton stated three essential laws of motion some many years back, and they included: First law of motion, second law of
The 5.g mass hanger was then replaced with a 50-g hanger, while attaching all the extra mass plus masses to the 50-g hanger. The cart was released and the stop watch started in order to measure the time taken to measure to accelerate the cart
4. According to Newton’s first law, since the body keeps changing direction, there must be a force acting on it. An object moving around a circular path at a constant velocity experiences an acceleration
What the acceleration of your car is as measured from the other car’s reference frame? What the acceleration of the other car is as measured from your car’s reference frame? Give an explanation to your answers.
a. You try to push on a large box that has a mass
enomenon can be explained from Newton’s second law of motion which states that the acceleration of a body as produced by a net force is directly proportional to the magnitude of the net force, and it occurs in the same direction as the net force and inversely proportional to