Advanced Higher Physics

DURATION

1 Year / 360 Hours

COURSEWORK

Project 25% of award

EXAM

Question Paper 75% of award

COST

No Cost

What will you learn?

Rotational motion and astrophysics

  • kinematic relationships

  • angular motion

  • rotational dynamics

  • gravitation

  • general relativity

  • stellar physics

Quanta and waves

  • introduction to quantum theory

  • particles from space

  • simple harmonic motion

  • waves

  • interference

  • polarisation

Electromagnetism

  • fields

  • circuits

  • electromagnetic radiation

Units, prefixes and uncertainties

  • units, prefixes and scientific notation

  • uncertainties

  • data analysis

  • evaluation and significance of experimental uncertainties

Why do this course?

The course develops the skills, knowledge and understanding necessary to analyse and solve problems in familiar and unfamiliar contexts. It offers opportunities for collaborative and independent learning set within familiar and unfamiliar contexts. It also seeks to illustrate and emphasise situations where the principles of physics are used and applied, thus promoting the candidates’ awareness that physics involves interaction between theory and practice. The course allows candidates an opportunity to engage in some independent research.

What will you experience?

A wide range of teaching strategies are used with classes, such as thinking skills, direct teaching, paired and/or group work. Work in class is supported through the use of work guides, text books, study notes, ICT and other digital media. Pupils are expected to take on responsibility for their learning.

Practical work will be integral to this course with development of skills and techniques to support learning of concepts and to demonstrate in the independent practical work required in the project.

Key Facts

Everything you need to know before selecting this course

Assessment

Assessment will be a part of the Learning process. There will be end of topic tests, practical assessments and other opportunities for pupils to demonstrate their problem-solving skills and knowledge and understanding.

  • AH Project 25%

  • Exam - Question Paper 75%

ENTRY REQUIREMENTS

Entry is at the discretion of the Principal Teacher Faculty, Science. However, as a guide:

  • A pass at Higher Physics

It is recommended that pupils have achieved Higher Maths and are working towards Advanced Higher Maths.

Homework

Homework will be set by the class teacher on a regular basis, this will be available on TEAMs.

Progression and Employment

Everything you need to know about future pathways from this course

Progression

  • Further/Higher Education,

  • Apprenticeships

  • World of work.

Employment

A study of Physics can lead to a wide range of careers in the engineering and technology fields, astrophysics, finance, medical and health physics.


Learner Experiences