Uniformly Accelerated Motion (MRUA) Formulas
This page presents essential formulas for moto rettilineo uniformemente accelerato uniformlyacceleratedrectilinearmotion. These equations are fundamental for understanding and solving problems related to motion with constant acceleration.
Definition: MRUA MotoRettilineoUniformementeAccelerato refers to motion in a straight line with constant acceleration.
The page displays various formulas for MRUA, including:
- Displacement formula: s = ½at² + v₀t + s₀
- Velocity formula: v = at + v₀
- Acceleration formula: a = v−v0 / t
Highlight: The formulas presented allow for the calculation of any variable displacement,velocity,acceleration,ortime when given the others.
Inverse formulas are also provided, which are useful for solving problems when certain variables are unknown. For example:
- Time can be calculated using t = v−v0 / a
- Initial velocity can be found with v₀ = v - at
Example: To find the displacement of an object undergoing uniformly accelerated motion, you would use the formula s = ½at² + v₀t + s₀, where 'a' is acceleration, 't' is time, v₀ is initial velocity, and s₀ is initial position.
The page also includes a special formula for calculating displacement using initial and final velocities: s = v2−v02 / 2a
Vocabulary: MRUA stands for "Moto Rettilineo Uniformemente Accelerato" in Italian, which translates to "Uniformly Accelerated Rectilinear Motion" in English.
