In this video, we derive the third kinematic equation in one dimension step by step using fundamental definitions of motion. You’ll see how velocity, acceleration, and displacement are mathematically ...

Understand the kinematic equations and how they are derived from fundamental principles of motion. This video clearly explains displacement, velocity, acceleration, and time relationships, making it ...

Find out why the most popular mathematical subjects in engineering in 2026 are calculus and linear algebra. Discover how ...

Our teacher already knows there is a positive relationship between how much time was spent on an essay and the grade the essay gets, but we’re going to need some data to demonstrate this properly.

Abstract: This paper develops a new three-dimensional (3-D) guidance law which guarantees the interception of manoeuvring targets in a finite time. The new guidance law accepts the concept that ...

Abstract: Calibrating the inverse kinematics of complex robots is often a challenging task. Finding analytical solutions is not always possible and the convergence of numerical methods is not ...

An equation of motion in the presence of a drag force proportional to the velocity is derived in the framework of alternative ...

$ clingo-lpx -c n=132 encoding-lp.lp tai4_4_1.lp clingo-lpx version 1.1.0 Reading from encoding-lp.lp ... Solving... Answer: 1 [...] Assignment: (1,1)=132 (1,2)=0 (1 ...

We are a research-led school with a reputation for excellent teaching and courses with real-world impact. We are based across four sites, comprising more than 2000 students and 190 specialist staff ...