1. Kinetic Energy & Velocity Scaling
Kinetic energy follows Ec = 1/2 m v² (Joules). Because energy scales with the square of velocity, doubling speed quadruples required braking energy.
Fundamental physics principles explained: kinetic energy formulas (1/2 mv²), gravitational free fall acceleration, pressure units, and Ohm's electrical law.
Classical Newtonian mechanics and electrokinetics describe moving bodies, gravitational fields, and power dissipation through rigorous mathematical relationships.
Explore fundamental formulas for kinetic energy, free fall trajectories, pressure measurements, and Ohm's law.
Kinetic energy follows Ec = 1/2 m v² (Joules). Because energy scales with the square of velocity, doubling speed quadruples required braking energy.
Answers to common questions.
Try these free tools to apply the techniques covered in this guide.
Calculate kinetic energy (1/2 mv²), velocity, or mass of a moving object with drop height and impact force equivalency.
Calculate impact velocity, fall duration, and distance (h = 1/2 gt²) under Earth, Moon, Mars, and custom gravities.
Calculate pressure (P = F/A), applied force, or contact surface area with hydrostatic fluid pressure and unit conversions.
Calculate voltage (V), current (I), resistance (R), and electric power (P) with Ohm's Law and Joule's Law.
Calculate average speed, distance, or travel duration with running pace predictions and unit conversions.