7/9 (3.8) Evolution of matter and The Standard Model Textbook: particles as the universe 9. The Standard Model the expansion of the universe can be explained by Hubble’s law and cosmological and expands - exploring the 9.4 Expansion of the concepts, such as red shift and the Big Bang theory evidence. Linking in the SKA. universe the Standard Model is used to describe the evolution of forces and the creation of Difference between red and matter in the Big Bang theory blue shift. Doppler effect. Task 12: TEST Special – Analysis of Hubble's data - relativity and The Standard extrapolation of data gradient Model (8%) to find age of universe. Microwave background radiation. Doppler effect. 14/9 (3.9) Revise 21/9 (3.10) Revise 5/10 (Hols.) Year 12 Semester 2 Exams 12/10 (4.1) Year 12 Semester 2 Exams Task 13: EXAMINATION – End of year (30%) 19/10 (4.2) Year 12 Exam Review November WACE Examinations
7/9 (3.8) Evolution of matter and particles as the universe and expands - exploring the evidence. Linking in the SKA. Difference between red and blue shift. Doppler effect. Analysis of Hubble's data - extrapolation of data gradient to find age of universe. Microwave background radiation. Doppler effect. The Standard Model the expansion of the universe can be explained by Hubble’s law and cosmological concepts, such as red shift and the Big Bang theory the Standard Model is used to describe the evolution of forces and the creation of matter in the Big Bang theory Textbook: 9. The Standard Model 9.4 Expansion of the universe Task 12: TEST – Special relativity and The Standard Model (8%) 14/9 (3.9) Revise 21/9 (3.10) Revise 5/10 (Hols.) Year 12 Semester 2 Exams 12/10 (4.1) Year 12 Semester 2 Exams Task 13: EXAMINATION – End of year (30%) 19/10 (4.2) Year 12 Exam Review November WACE Examinations
Yr12_Physics_Course_Outline_IMCC_2018.docx