Fundamental Physics for Engineering

This unit is expiring
The expiry date of this unit is 31/07/2029.

Overview

Framework:
Access to HE 2024
Level:
Level 3
Unit No:
Not available
Credits:
6
Guided learning hours:
Not available

Qualification Grading Type

Graded

Unit Learning Outcomes

1.

Know about mechanics.

Assessment Criteria

  • 1.1.

    Explain how Newton’s laws of motion can be applied to physical objects and systems.

  • 1.2.

    Solve problems involving linear motion.

  • 1.3.

    Solve problems involving forces.

  • 1.4.

    Solve problems involving momentum.

  • 1.5.

    Solve problems involving work.

  • 1.6.

    Solve problems involving power.

2.

Know about matter and heat.

Assessment Criteria

  • 2.1.

    Describe properties of solids, liquids and gases in terms of the particle model of matter.

  • 2.2.

    Solve problems involving specific heat capacity.

  • 2.3.

    Explain the variation of gas pressure, with volume and temperature, in terms of a model of molecular motion and collisions.

  • 2.4.

    Solve problems involving the Ideal gas equation.

  • 2.5.

    Solve problems involving thermal expansion.

3.

Know about waves and light.

Assessment Criteria

  • 3.1.

    Define a wave.

  • 3.2.

    Compare the differences between transverse and longitudinal waves.

  • 3.3.

    Explain the trends and patterns shown by the main features of an electromagnetic spectrum.

  • 3.4.

    Solve problems involving the wave formula C=f xl.

  • 3.5.

    Solve problems involving the lens formula 1/f = 1/u ± 1/v.

4.

Know about electricity and atomic physics.

Assessment Criteria

  • 4.1.

    Explain the differences between alpha, beta and gamma radiation.

  • 4.2.

    Solve problems involving radioactive decay.

  • 4.3.

    Solve problems involving direct current.

  • 4.4.

    Solve problems involving alternating current.

  • 4.5.

    Solve problems involving electronic circuits.