find the location, find the location, find the location, orientation and size of orientation and size of an orientation and size of an formed by a image formed by a single an image formed by a single concave lens and a concave lens and a single single concave lens and a single convex lens. convex lens. single convex lens. Light Light Light Light problems Solve problems problems the speed of light and involving the refraction involving the refraction involving the refraction the speed of of light at the boundary of light at the of light at the boundary mechanical waves between two mediums boundary between two between two mediums the concept of • Formula: mediums Formula: intensity Snell’s Law: Formula: Snell’s Law: solve problems • 7 Snell’s Law: involving the proportional relationship between intensity of light and the inverse-square of the distance from the source. Formula: Light Light Light Light solve problems solve problems Mandatory practical: Mandatory practical: • • involving the involving the Conduct an experiment Conduct an experiment proportional proportional to the refractive of to the refractive index relationship between relationship between a transparent of a transparent 8 intensity of light and intensity of light and substance. substance. the inverse-square of the inverse-square of the distance from the the distance from the source. source. Formula: Formula: Light Revision Revision Revision 9 Assessment Item 2: Data Test 10 Revision Revision Revision Revision Assessment Item 3: 11 WHOLE OF SEMESTER EXAM (EXAM BLOCK)
find the location, orientation and size of an formed by a single concave lens and a single convex lens. find the location, orientation and size of an image formed by a single concave lens and a single convex lens. find the location, orientation and size of an image formed by a single concave lens and a single convex lens. 7 Light problems involving the refraction of light at the boundary between two mediums Formula: Snell’s Law: Light Solve problems involving the refraction of light at the boundary between two mediums Formula: Snell’s Law: Light problems involving the refraction of light at the boundary between two mediums Formula: Snell’s Law: Light the speed of light and the speed of mechanical waves • the concept of intensity • solve problems involving the proportional relationship between intensity of light and the inverse-square of the distance from the source. Formula: 8 Light • solve problems involving the proportional relationship between intensity of light and the inverse-square of the distance from the source. Formula: Light • solve problems involving the proportional relationship between intensity of light and the inverse-square of the distance from the source. Formula: Light Mandatory practical: Conduct an experiment to the refractive of a transparent substance. Light Mandatory practical: Conduct an experiment to the refractive index of a transparent substance. 9 Light Assessment Item 2: Data Test Revision Revision Revision 10 Revision Revision Revision Revision 11 Assessment Item 3: WHOLE OF SEMESTER EXAM (EXAM BLOCK)
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