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Supplying secondary and six form science lessons and resources. Covering Biology, Chemistry and Physics. All resources are designed for the latest specifications (AQA and Edexcel). Author holds MChem in Medicinal Chemistry and Pharmacology, qualified and published Analytical chemist and also holds full teaching qualifications.

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Supplying secondary and six form science lessons and resources. Covering Biology, Chemistry and Physics. All resources are designed for the latest specifications (AQA and Edexcel). Author holds MChem in Medicinal Chemistry and Pharmacology, qualified and published Analytical chemist and also holds full teaching qualifications.
Magnets and Magnetic Fields
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Magnets and Magnetic Fields

(3)
This is designed for Year 7 but can be altered for any year group / ability. Covers an introduction to magnets, the main magnetic metals and leads the students through discovering and drawing magnetic fields. Creative task to help students practise literacy and justification skills
Elastic Potential Energy
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Elastic Potential Energy

(1)
This was delivered to a Year 10 class. Can be altered for different abilities. Introduction discusses elastic as a property. Recaps on Hooke's law to give context. Leads through calculation from spring constant to elastic potential with example. Worksheet attached.
Resolving Vectors
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Resolving Vectors

(1)
Designed for year 10 and 11 for the new AQA specification. Animated powerpoint designed to lead students through calculating resultant forces using right angle triangles. Introduction is a recap on resultant forces. Allows students to become confident with drawing ‘triangles of forces’ for diagonal resultant forces (animated answers to show the relevant forces) Shows how ‘alternate angles’ are used to help calculate angles. Worked examples of SOHCAHTOA to calculate angles and unknown forces Plenary is a worked exam style question.
Resolving Vectors and Resultant Forces
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Resolving Vectors and Resultant Forces

3 Resources
This is a 3 lesson bundle for the new Physics AQA specification. The lessons are designed to lead a step by step explanation of how to calculate forces using the triangle / Pythagoras method and the parallelogram of forces. Each includes starter questions, worked examples and differentiated activities for students. Created as a tool for teachers who are new to this topic as
Atomic Structure and Periodic table
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Atomic Structure and Periodic table

12 Resources
12 lesson bundle for the topic of ‘Atomic Structure and Periodic table’. All lessons designed to be self sufficiant and can be delivered to KS3 or KS4. All with exam styles plenaries. Include full details introductions to atoms, ions and isotopes. Enanbles students to learn how the periodic table was created and can evaluate the models. Fully animated guides allow the students to understand elements, compounds, mixtures, balancing equations, naming compounds and separating mixtures. Complete lessons designed for electron configuration, groups 1 and group 7 and the history of Rutherford and the plum pudding model.
Acceleration
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Acceleration

(1)
A guided PowerPoint I used for my year 10. Can be altered for all levels. Covers difference between speed and velocity. Scaffolds the learning of acceleration and relevant equations. Challenges students to draw velocity / time graphs. QR code provided for students to discover acceleration and how to calculate it. Extension questions provided. Differentiated homework for higher and lower ability students.
Friction
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Friction

(1)
Introduction for friction. Can be adapted for different ability groups. Includes real life application and model answers to build exam technique.
Insulation and Heat loss
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Insulation and Heat loss

(1)
Delivered to KS4 class but can be altered for any ability. Discusses different ways of preventing heat loss. Leads students through researching different ways to reduce heat loss and enables comparisons. Practice style question and answer for writing about conduction.
Introduction to waves
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Introduction to waves

(1)
Introduces transverse and longitudinal waves with examples. Describes structure of waves and assists with labelling diagrams. I've included differentiated worksheets and alternative homework. Originally delivered to top set year 8 but easily altered for different ability groups. This lesson lends itself well to using a slinky.
Energy
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Energy

(0)
Covers an introduction based around the New Spec AQA 6.1 Can be altered for all ability groups. Introduces energy systems. Challenges students to determine difference between active and stored energy. Links to wasted energy and sanky diagrams. Leads students through becoming confident with calculating efficiency Contains Plenary based around quick fire subject knowledge and retention
Gravitational Energy
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Gravitational Energy

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Delivered to a lower ability KS4 group. Discusses gravitational potential energy. Allows students to understand the factors that affect the stored potential energy. Gives numerous visual examples and practise questions. Content check for plenary
Atoms, Ions and Isotopes
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Atoms, Ions and Isotopes

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Delivered to KS4 for the 'Atomic structure and Radiation' section of the AQA specification. Recaps the structure of the atom in detail including charges and relative mass. Allows the students to define isotopes and link them to mass numbers. Discusses the formation of ions and how they are formed for atoms to become stable (linking nicely to radiation later in the topic) Worksheets are attached for assessing learning at either point as preferred. Plenary is a visual based class task to determine student understanding of electron gain vs loss.
Hooke's Law Practical (Stretch and Squash)
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Hooke's Law Practical (Stretch and Squash)

(0)
Designed for KS3, easily modified for lower ability. Including table with mass and weight and suitable graph for any who find this difficult Certain slides from free resources on TES. Any issues please let me know. All reviews appreciated.
Ohm's law practical
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Ohm's law practical

(0)
Guided powerpoint. Leading through quick recap on resistance, guide to practicals. Covers required practical 4 of physics / trilogy spec 2016. Used with my lower ability group but can be tweeked quite easily. Also attached past paper questions to help as random plenaries
Current in circuits - Low ability
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Current in circuits - Low ability

(0)
Describing how current goes around series and parallel circuits. Created for my low ability year 10 group. Created from numerous online resources. Any issues, please let me know. Starter Description of current Examples of series and parallel circuits Practise worksheets for assembling circuits and determing current
Parallelogram of forces
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Parallelogram of forces

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Designed to teach KS4 about how to calculate resultant forces when the forces are non-collinear. Gives examples of when forces which occur in such a way. Animated guide to drawing a parallelogram as a worked example, colour coded for ease of viewing. Gives students past exam style questions for practise
Energy Transfers
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Energy Transfers

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Designed to deliver to KS4 group. Can be altered for a range of abilities. Reinforces law of conservation of energy Leads students through definition of closed system. Independent research (QR codes to BBC bitesize) to allow students to research different heat transfer types. Visual descriptions of each to help reinforce learning. Worksheet included regarding design and function of vacuum flask
Introduction to electricity
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Introduction to electricity

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Designed as an intro for KS3 but also can be delivered as a recap for KS4. Introduces electricity as the movement as electrons (with atom diagram) so that students are aware of this from the begining. Symbols and related worksheet given as activity. Leads students through identifying series and parallel circuits with digrams on board. Activity for students to determine if circuits work or not (with reasons). Introduction to Amps. Plenary is exam style question
Radiation and Atomic Decay
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Radiation and Atomic Decay

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This lesson was designed to be delivered to KS4 top set but can easily be tailored for lower sets. Initially goes into a description of radiation and introduces Geiger counters. Then goes on to discuss the 3 radiation types (alpha, beta and gamma). QR codes linking to pages for research projects, differentiated for difficulty. Examples of everyday uses for each radiation type. Plenary is exam style questions.
Nuclear Equations
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Nuclear Equations

(0)
Designed to be accessible for all abilities. I found this topic at first could be very daunting for students so have created this as a way to guide them step by step through the process while also making it so you can take a step back and allow the students to work out the patterns involved. Begins with a recap into radiation types (animated). Then describes alpha decay and beta decay. Worked examples of equations and practise equations as an activity. Plenary is exam style questions