Terminal Velocity ⚡

: Heavier objects require more drag to balance their weight, meaning they must fall faster to reach their terminal speed.

is the highest speed a falling object can reach as it moves through a fluid, such as air or water. It occurs when the downward force of gravity is perfectly balanced by the upward resistance of the fluid, known as drag . At this precise point, the object stops accelerating and continues to fall at a steady, constant speed. The Physics of Falling Terminal Velocity

vt=2mgρACdv sub t equals the square root of the fraction with numerator 2 m g and denominator rho cap A cap C sub d end-fraction end-root Definition Terminal velocity Mass of the falling object Acceleration due to gravity ( Density of the fluid (e.g., air or water) Projected frontal area of the object Cdcap C sub d Drag coefficient (based on the object's shape) Key Factors Influencing Speed : Heavier objects require more drag to balance

: Falling through "thicker" fluids like water results in a lower terminal velocity than falling through "thin" air. Real-World Examples Terminal Velocity - an overview | ScienceDirect Topics At this precise point, the object stops accelerating

You can calculate terminal velocity using the following equation provided by Science Buddies :

: Objects with a large surface area (like an open parachute) experience more drag and reach a much lower terminal velocity.

: As the object gets faster, the drag force grows until it exactly matches the weight of the object. Steady State : Once