Motion in a straight line

Finding the integral involves the sum of the areas. Similarly, definite integrals are helpful to calculate the area within the start and endpoints between which the area is occupied; this can be said to be the limits. If we take [a, b], as the limit points to find the area of the curve f(x), concerning […]

Antiderivative or integration is the addition of seemingly infinitely small data put together by the process of integration. Tracing all the way back to Greek integration has been a part of the maths curriculum long back; however, it was during Newton’s time that it was realised that both integration and differentiation are inverse operations. So

Hooke’s Law is a law of physics used to solve problems in the field of elasticity. Hooke’s Law equations prove that the force (F) required to expand or contract a spring by some distance has a linear measure to the distance. The basic Hooke’s Law equation is Fs = kx, where k is a constant

Hooke’s law is a law of physics that is used to solve problems in the field of elasticity. Hooke’s law equations prove that the force (F) required to expand or contract a spring by some distance has linear measure with respect to the distance. The basic Hooke’s law equation is Fs = kx. Where k

Distance can be termed as the overall movement of any mass, regardless of direction. It can be defined as the amount of ground covered by an item, regardless of its starting or ending position or the addition of all the distances covered between n numbers of specific points. Displacement can be termed as the shift