Lesson starts with introducing the photon, then the work of Einstein and the theory behind photoelectricity. Students are prompted throughout the lesson to complete various parts on the worksheet (answers included in the powerpoint). There is then a chance to complete an exam question, and the lesson finishes with a 10 word story about the lesson.
This lesson was graded outstanding by an external observer.
Lesson introduces the ways in which ionisation can occur, giving the students opportunities to answer the questions on the worksheet. Students are then presented with a game to play which consolidates all the calculations they have done prior to this.
Lesson starts with a recap on the previous lesson
Then moves on to the wave particle duality. Videos are used for this, but cannot be included due to copyright reasons so you will have to find your own for this.
DeBroglie wavelength formula introduced, with examples, then a worksheet to complete and some exam questions
Intro to the lesson has the students covering things from previous lessons.
Then move on to all the conservation laws with lots of examples (some with answers) for the students to complete.
This bundle contains lessons from the three topics for the first section in the Oxford Press Textbook.
Chapter 1 - Matter and Radiation
1 - Inside the atom
2 - Stable and unstable nuclei
3 - Photons
4 - Matter and Antimatter
X - A set of revision resources
Chapter 2 - Quarks and Leptons
2 - Leptons
4 - Conservation Laws
Chapter 3 - Quantum Phenomena
1 - Photoelectricity
3 - Ionisation
4 - Fluorescent Lighting and Spectral Lines
6 - Wave particle duality
Note, not all the lessons in the book are covered as I used other lessons from TES for those.
Bundle containing the following lessons:
1 - Inside the atom
2 - Stable and unstable nuclei
3 - Photons
4 - Matter and Antimatter
5 - Revision for this topic
Lesson will guide them through the theory behind refraction, then get them to exercise this with a practical. There are two worksheets to help with this, one easy and one more difficult. A good P3 extension included with the main task.
Starter to get them thinking about velocity and speed and a recap on distance time graphs
Main 1 - Acceleration calculations, with answers
Main 2 - Velocity time graph worksheet
Extension exam questions and mark scheme included
Plenary, compare d/t and v/t graphs
Covers a vast array of the P2 content.
Mixture of student led lessons, teacher led lessons, active lessons, calculation based. A variety to keep the teachers happy and the students busy.
The content of the first two lessons of Waves covered in one.
Go through the information about waves whilst students complete the first page of the booklet. They are then left to complete the rest of the booklet themselves, using the first page as a guide.
Finish off with getting the students to complete certain waveforms when given specific sounds
Starter - recap on keywords and thinking about reflection
Main - work through worksheet to discover the relationship, alongside practice drawing ray diagrams
Plenary - assess knowledge from the lesson
Practical activity.
In pairs students pick a type of ear to make. They then stand near the sound source that is included and walk backward until they can no longer hear the sound. The sound needs to be very low, along with the class being quiet.
Two elephant ears should be the best.