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Vorde
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Why do I see Newtons 3 laws (mostly 2 and 3) given using differentials (F=dp/dt etc...) when it is far simpler to use the basic form F=ma (and the same for the 3rd law), is there an advantage to the more complicated form?
Calculus plays a crucial role in explaining and understanding Newton's Laws of Motion. It allows us to mathematically model the motion of objects and analyze the forces acting on them.
Calculus provides us with tools such as derivatives and integrals, which are essential in solving problems related to Newton's Laws. These tools help us to determine the velocity, acceleration, and position of objects, as well as the forces acting on them.
Yes, Newton's Laws can be understood without using calculus. However, calculus helps us to quantitatively analyze and predict the behavior of objects under the influence of various forces, making it an indispensable tool in understanding and applying Newton's Laws.
Differential calculus is the most relevant branch of calculus to Newton's Laws. It deals with rates of change, which are essential in determining the acceleration and velocity of objects as described by Newton's Second Law.
Yes, calculus is used in various real-life applications of Newton's Laws, such as predicting the trajectory of projectiles, analyzing the motion of planets and satellites, and designing vehicles and structures to withstand various forces and accelerations.