Calculadora de Deslocamento Angular

The Angular Displacement Calculator determines the angle swept by an object in uniform rotation. It uses the formula θ = ω·t, where θ is the angular displacement in radians, ω is the constant angular velocity in radians per second, and t is time in seconds. The tool is useful for rotational kinematics problems, such as calculating how many turns a shaft makes in a given time interval.

To use the calculator, enter the angular velocity and time. The result is displayed in radians, degrees, or revolutions, depending on the selected unit. The formula assumes uniform circular motion, i.e., constant angular velocity. If there is angular acceleration, the angular displacement is given by other equations, such as θ = ω₀·t + (1/2)·α·t².

Common scenarios include calculating the angle swept by a fan, a bicycle wheel, or an electric motor. In engineering, it is used to size transmission systems and determine the number of rotations of gears. Caution: ensure units are consistent (rad/s and s for radians; if using rpm, convert to rad/s).

The calculator does not consider friction or air resistance. For non-uniform motion, other formulas are required. Always verify that the motion is truly uniform before applying this simple equation.