Exercise series - Motion

1. Define Reference frame.
2. Explain its role in Motion.
3. Give one application example.

1. Define Trajectory.
2. Explain its role in Motion.
3. Give one application example.

1. Define Average velocity.
2. Explain its role in Motion.
3. Give one application example.

1. Define Uniform rectilinear motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Uniformly accelerated rectilinear motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Statement (Newton's 1st law).
2. Explain its role in Motion.
3. Give one application example.

1. Define Newton's 2nd law.
2. Explain its role in Motion.
3. Give one application example.

1. Define Experiment 1 - Motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Experiment 2 - Motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Experiment 3 - Motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Experiment 4 - Motion.
2. Explain its role in Motion.
3. Give one application example.

1. Define Experiment 5 - Motion.
2. Explain its role in Motion.
3. Give one application example.

Read data, identify the system, choose the model, write relations with SI units, then check the order of magnitude.

Precise definitions, labelled diagrams, unit conversions, document analysis, and justified numerical results.

Always state the reference frame, system, applied forces, and vector directions before calculating.

Force in newtons (N), mass in kg, distance in m, speed in m/s.