UNIFORM RECTILINEAR MOTION (MRU): APPLICATION EXERCISE

Uniform rectilinear motion (MRU) is a type of motion in which an object moves in a straight line at a constant speed.
MRU Features
1. *Rectilinear trajectory*: The object moves in a straight line.
2. *Constant speed*: Speed ​​does not change over time.
3. *Zero acceleration*: There is no change in speed.
4. *Distance equal to speed multiplied by time*: d = v × t
Key formulas
1. *Velocity*: v = d / t
2. *Distance*: d = v × t
3. *Time*: t = d / v
Examples
1. A car traveling at 60 km/h on a straight road.
2. An airplane flying at 900 km/h at a constant altitude.
3. A ball rolling on a flat surface.
Advantages of understanding the MRU
1. *Movement Analysis*: Understanding the MRU helps analyze and predict movements.
2. *Physics and mechanics*: It is essential to understand concepts such as speed, acceleration and force.
3. *Engineering and design*: Applies to the design of transportation systems and machines.
Related concepts
1. Uniformly accelerated rectilinear motion (MRUA)
2. Uniform circular motion (MCU)
3. Dynamics and kinematics
Experiments and activities
1. Measure the speed of a moving object.
2. Calculate the distance traveled by an object in a given time.
3. Simulate an MRU using simulation software.