Answer :
Each of a jumbo jet's four engines produces 50,000 N of thrust at 100,000 kg during takeoff, and the plane accelerates at a speed of There are engines, therefore the acceleration is equal to 50,000/100,000 * 4 or 2 m/s.
What will happen to the acceleration if the net force increases?
Newton discovered that if you raise the net force by, say, a factor of two, then the acceleration also increases by that same factor, which helps to explain the relationship between force and acceleration. This implies that the relationship between force and acceleration is linear.
Net force divided by mass results in acceleration. An object accelerates at a rate equal to its net force multiplied by two. The acceleration will decrease by half if the mass is doubled. The formula a = v/t denotes acceleration (a), which is the product of the change in velocity (v) and the change in time (t). Using meters per second squared [tex](m/s^{2} )[/tex], you can gauge how quickly velocity varies.
To learn more about acceleration refer to :
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