51ºÚÁÏ

This contains a fully resourced, differentiated lesson on the fundamentals of maps - compass directions and scale. The main part of the lesson involves students being able to identify and use a compass confidently, which includes a mini-game assessment task, and how to use scale to work out distances between places (including curvature). Learning Objectives: To identify the different points of the compass. To understand why and how scale is used on maps.

This contains a fully resourced, differentiated lesson on consolidating map skills, including compass directions, scale, symbols, and four/six-figure grid references. This is done by students having to create their own treasure islands with a hidden treasure that can only be found by carefully following their designed set of instructions. Learning Objective: To apply map skills learned so far to produce a treasure map.

This contains a fully resourced lesson on Plato's analogy of the cave. It contains a set of activities to meet the following objectives: To describe the story of Plato’s cave. To explain how the story questions our idea of reality. To understand the symbolism of Plato’s ideas in The Matrix. Has worked very well with my classes. It is ideally aimed at KS4, but can easily be adapted for KS3.

This contains a fully resourced, differentiated lesson on the Design argument aimed at KS3 students. It could very easily be adapted to suit KS4. The main activities include: * A discussion task on how the natural world and universe itself can show evidence of design (facts are provided as a stimulus and focus) * Reading through Paley's watch story (analogy) as a class and completing an ordering task (could easily be adapted to a card sort!?) * Writing their own modern story of the argument to demonstrate understanding. * Assessing the potential problems with the argument, using visual clues to assist them. Lesson Objectives: To describe how the world around us can show evidence of design. To explain the key features of the design argument. To assess potential problems with the argument.

This contains a fully resourced, differentiated lesson on the process of longshore drift. The main activities include a class discussion, video note taking task and a group drama activity. This lesson can easily be used by non-specialists as all answers are included. Learning Objectives: To understand the forces of transportation and deposition. To explain the process of longshore drift. To analyse how human activity can affect this process.

This contains a fully resourced, differentiated set of lessons in order to carry out a microclimate survey around a school environment, although it could be adapted to suited others. The first lesson helps students to prepare for their microclimate survey, paying particular attention to how two major pieces of equipment work and to construct hypotheses for their survey. The second lesson involves students going around a school environment, in groups, collecting their microclimate data. Differentiated recording sheets are provided for students. The third lesson involves students writing up their report to show the results of their survey. I hope you find these resources helpful.

This contains a fully resourced, differentiated lesson on the Teleological (Design) Argument for the existence of God.The main part of the lesson involves a class discussion on the elements of design they can think of from the natural world and relate this to the teleological argument in a written exercise, followed by an active class demonstration of Paley’s watch analogy (you could include props such as a pocket watch!) consolidated with a card sort task, then students create their own labelled diagram (text-to-picture) exercise to show the modern reformulations of the teleological argument. An essay question is provided at the end. Learning Objectives: To outline the teleological argument for the existence of God. To explain Paley’s version of the teleological argument. To assess the effectiveness of its modern reformulations.

This contains a fully resourced, differentiated lesson which acts as an introduction to settlement. The main part of the lesson involves a brief class demonstration to illustrate the meaning of a hierarchy, a fact finding task on the characteristics of a settlement hierarchy and an O.S. map task where students consider the link between the size of a settlement and the number of services it provides. PLEASE NOTE: DUE TO COPYRIGHT THE OS MAP CANNOT BE PROVIDED. Learning Objectives: To describe the characteristics of a settlement hierarchy. To explain the link between the size of a settlement and the number of services it has.

This contains a fully resourced, differentiated lesson on Plato's theory of forms. The main part of the lesson involves note-taking and class discussion on the fundamentals of his theory, after which they carry out an independent reading task. This is followed by students analysing the criticisms of his theory followed by a traffic light plenary task. Learning Objectives: To understand Plato’s Theory of Forms. To evaluate the strengths and weaknesses of the theory.

This contains a fully resourced, differentiated lesson on Plato's dualistic distinction between the body and soul. The main part of the lesson involves note-taking and discussion tasks on the different philosophical distinctions between the body and soul, an information comprehension exercise on Plato's approach, and lastly peer teaching of Plato's rationalist arguments for an independent soul from the body (which includes analysis and ranking). Learning Objectives: To outline the key philosophical views on the distinction between the body and soul. To explain Plato’s distinction between the body and the soul. To examine the credibility of Plato’s arguments.

This contains a fully resourced, differentiated lesson on Aristotle's concept of the Prime Mover. The main part of the lesson involves students generating examples to show their understanding of potentiality and actuality, a class discussion and note-taking exercise on why Aristotle believed the Prime Mover had to exist, a worksheet where students have to explain why Aristotle believed the Prime Mover had to possess certain attributes, develop explanations of key problems associated with the Prime Mover, and finally an extended writing exercise where they justify what they find to be the two most convincing criticisms of Aristotle's theory of the Four Causes. Learning Objectives: To understand the idea of potentiality and actuality. To outline Aristotle’s concept of the Prime Mover. To assess the strengths and weaknesses of Aristotle’s theory of the Four Causes.

This contains a fully resourced, differentiated lesson on the 'Miracle of the Sun', otherwise known as the Fatima miracle. The main part of the lesson involves reading the story as a class and summarising it into a grid, a pair ranking task of arguments for and against the event being a genuine miracle, and a continuum line task where students express their view towards the event. Learning Objectives: To describe the story of the miracle. To explain the contrasting arguments held about the event. To evaluate whether you personally believe the event was a miracle.

This contains a fully resourced, differentiated lesson on the work of Christian charities. The main part of the lesson consists of an information gathering and consolidation carousel group task (based on four charities, including Barnando's and the Salvation Army) and evaluating which cause they believe is worthy of support, linking their answer to Christian views towards charity and wealth. Learning Objectives for the lesson are as follows: To describe the aims of different Christian charities. To explain why their work is important. To evaluate which cause you believe is particularly worthy.

A fully resourced lesson used for an observation lesson on river processes. In the starter they have to decide which type of material would be the easiest to move downstream, create diagrams to show how material can be eroded, and includes a practical designed to show the settling rates of different size materials (sand, gravel, and clay). The instructions for that are contained on the powerpoint, and could be easily adapted to make a task sheet for students to carry out group work! Finally, they then make observations to analyse what they observed from the practical.

This contains a fully resourced, differentiated lesson on the cosmological argument. The main part of the lesson involves students working in groups to develop a mini-presentation that can be used to teach the rest of the class one of Aquinas’s 3 ways, then some quick note-taking followed by questions that students answer to consider the strength of Leibniz’s cosmological argument, followed by students producing a factfile on how David Hume criticised the argument, then an information hunt on how other philosophers (such as Bertrand Russell an Richard Dawkins) criticised the argument (within this task students have to mark on their dartboard how strong they believe that criticism is). Learning Objectives: To outline the Cosmological Argument as a case for the existence of God. To explain Leibniz’s contribution to the argument. To assess the validity of its philosophical criticisms. (The starter activity is based upon an advert for Guinness which can be found by Googling ‘Guinness Domino’)

This contains a fully resourced, differentiated lesson on the viewpoints different groups of people can have towards the use of coastal defences. The main part of the lesson involves a discussion activity where students have to consider the potential views of a range of key stakeholders, a popcorn reading activity and follow-up written exercise where students use a textbook page to concisely explain the viewpoints of a range of key stakeholders (based upon a case study, Scarborough), finished by drafting a letter addressed to a newspaper outlining their views about the proposed coastal defence scheme. Please note that the exact textbook page is not incorporated with this lesson, but it is believed to be a recent iteration of the Geog. 2 textbook. Learning Objectives: To identify different points of view towards sea defences. To explain the reasons for these viewpoints. To express a justified opinion towards the scheme.

This is an active starter for pupils when introducing the topic of sustainability. INSTRUCTIONS: Walk around the room finding students who match up to one of these sustainability statements, and then get their signature in the square The first one to get BINGO (horizontal, vertical, diagonal) wins! FEEDBACK: What have you learnt about yourself or other people from this experience? What do all these statements have in common? Why are these things important? Suggest what you think the word ‘sustainability’ means

This resource consists of a series of fact sheets detailing the causes and effects of modern conflicts, including the Syria and Libya Civil war alongside the conflict in Ukraine.

This contains a fully resourced, differentiated set of lessons in order to carry out a survey around a school environment to decide the best site for a new wind turbine (you will need to amend the material slightly so it is suited to your own school). It can act as end-of-unit assessment on energy. The first lesson helps students to prepare for the wind turbine survey, paying particular attention to the physical and environmental factors that can influence the location of wind turbines. The second lesson involves students going around a school environment, in groups, collecting their wind turbine data. Recording sheets are provided for students. The third lesson involves students writing up their report to show the results of their survey.