Mr D Richardson
Mrs S Saunders
Mr J Wood
This course provides a link between Science in S1 and S2 and the National Qualifications in S4. Pupils will be exposed to a wide variety of learning experiences. The units they will study are:-
- Floatation and Density
- Electricity and Energy
Throughout our units, pupils will be exposed to a range of activities that will allow them to develop their Scientific skills. Opportunities exist for the pupils to further develop generic skills such as creating a presentation, summarising information (literacy), using data to understand the Science behind something (numeracy).
Each unit has a range of homework activities and pupils are expected to complete these. They will be assessed regularly using both summative (end of unit) and formative (ongoing, within learning experiences) techniques.
Relevant information for pupils and parents will be posted on the website in the Resources section below.
NATIONAL 4 and NATIONAL 5 PHYSICS
What is Physics?
Physics in a very important Science - in Physics, we look at the world around us and try to explain how things work.
Physics is vital for our every day lives. All these jobs (and many more) require a Physics qualification: scientist, engineer, vet, doctor, dentist, nurse, architect, designer, mechanic, joiner, plumber, electrician, researcher.
Both the National 4 and National 5 Physics courses comprise three units:
- Electricity and Energy
- Waves and Radiation
- Dynamics and Space
The Physics studied in each unit is relevant to the advances being made in our modern day technological society.
Each unit is based around a 'knowledge and understanding' core. Students will have ample opportunity to develop their 'analytical thinking', 'investigative' and 'scientific enquiry' skills.
The National 4 Physics course is assessed entirely within the school. Course work is closely monitored and verified by the SQA to ensure fairness across all presenting centres in Scotland.
The following aspects will be assessed internally at both National 4 and National 5 level:
l knowledge and understanding of Physics
l application of knowledge to unfamiliar problem solving situations
l experimentation to test hypotheses
l selecting information from relevant sources
l presentation of information in an appropriate format, e.g., data table, chart, bar/line graph
l processing information, e.g., by calculation
l predicting outcomes from available evidence
l justifying conclusions
l suggesting improvements to experimental conclusions and evaluations
l communicating findings in an appropriate format, e.g., PowerPoint presentation
The external assessment for the National 5 course will comprise two parts:
Part 1: Question paper worth 110 marks (80% of total mark). This will contain 20 'objective test' questions (20 marks) and a number of 'short' and 'extended answer' questions (90 marks). This paper will be marked externally by the SQA.Part 2: Assignment worth 20 marks (20% of total mark). This will involve an in-depth study of a relevant Physics topic chosen by the candidate. The majority of marks will be awarded for applying 'scientific enquiry' and 'analytical thinking' skills. The remaining marks will be for applying 'knowledge and understanding' related to the study topic.
Course Entry Requirements
The National 4 and National 5 Physics courses are not heavily based on calculations and Maths - much of the coursework involves student research, development of descriptive models and oral/written presentations. However, students who study Physics should be competent in Maths to a similar level.
² The National 4 Physics course requires pupils to develop mathematical skills equivalent to those taught in National 4 Maths.
² The National 5 Physics course requires pupils to develop mathematical skills equivalent to those taught in National 5 Maths.
The courses offered are Higher and Advanced Higher
Higher consists of three units:
- Mechanics and properties of matter (40hours) Electricity and electronics (40 hours)
- Radiation and matter (40 hours)
Advanced Higher consists of four units:
- Mechanics (40 hours)
- Electrical phenomena (40 hours)
- Wave phenomena (20 hours)
- Physics investigation (20 hours)
Students should find all the courses interesting and stimulating. They do, however require a great deal of commitment. Although the courses are experimentally based, students will also be involved in note-taking, recording results, solving problems which illustrate or extend the work of the section and other non-experimental tasks. There is also regular homework, much of it based on past papers, and end of unit tests -NABS in S5/S6 which must be studied for.