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This AQA GCSE Physics Energy master booklet covers key concepts and past paper questions on Topic 1: Energy. It provides practice questions, mark schemes, and explanations to help students revise and identify areas for improvement in their understanding of energy topics.
24/05/2023
1146
This page introduces the AQA Physics Topic 1: Energy Master Booklet. It explains that the booklet contains practice questions with mark schemes to help students identify weak areas in their understanding of physics energy topics.
Highlight: This booklet allows students to notice any weak spots in their knowledge of physics energy topics by answering questions and using the provided mark scheme.
This page presents a circuit diagram and questions related to components and energy transfer calculations.
Example: A circuit diagram is shown with a component M, and students are asked about its purpose in the circuit.
Vocabulary: Potential difference - The difference in electric potential energy per unit charge between two points in an electrical circuit.
The page covers:
Definition: Energy transferred = charge flow × potential difference
Students are asked to calculate energy transferred when 8.5 C of charge flows through a lamp with 12.0 V potential difference.
This page discusses lamp efficiency and introduces energy concepts related to drones.
The page covers:
Example: As a drone accelerates upwards, its gravitational potential energy and kinetic energy increase.
Highlight: LED lamps are shown to be 90% energy efficient compared to 10% for halogen lamps, with a much longer mean lifetime.
This page continues with drone-related energy concepts and calculations.
The page covers:
Example: Students are asked to calculate the maximum energy stored by a drone battery with a power output of 65.0 W that can fly for 25 minutes.
Definition: Energy transferred = power × time
This page focuses on gravitational potential energy and work done calculations for a climber.
The page covers:
Example: A climber weighing 660 N climbs a 20m cliff in 800 seconds. Students calculate the work done and power of the climber.
Vocabulary: Work done - The energy transferred when a force moves an object.
This page discusses the experimental determination of specific heat capacity and introduces the concept of a vacuum flask.
The page covers:
Highlight: Students are asked to draw a labeled diagram of the apparatus used to determine the specific heat capacity of aluminum.
This page continues the discussion on vacuum flasks and introduces biological adaptations for heat conservation.
The page covers:
Example: Arctic foxes have small ears to help keep them warm in cold environments by reducing heat loss through surface area.
These pages focus on heat loss in buildings and related energy calculations.
The page covers:
Example: Students calculate the power of a heating system needed to maintain a constant temperature in a house with given heat loss rates.
Vocabulary: Kilowatt-hour (kWh) - A unit of energy commonly used for electrical energy consumption.
The pages provide practice in applying GCSE Physics energy questions and answers to real-world scenarios, helping students master AQA GCSE Physics Energy concepts through practical examples.
19
566
10/11
Energy Changes in Systems AQA Paper 1
this is the AQA revision for Energy changes in systems for years 10-11 GCSE physics
18
255
10/9
AQA P6 Revision notes
There is: Density, Solids, Liquids, Gases, Temperature, Specifc Latent heat
331
1642
10/11
Physics gcse energy
summary of energy.
12
656
10/11
structure and history of atoms
the history of the atomic model
28
835
10/11
Physics Topic 4: Atomic structure (MASTER Booklet)
This is a MASTER booklet for Atomic structure. Use this booklet for answering questions, correcting mistakes and understanding your weak spots in Physics. All questions are from past papers , locatable on the AQA website. Mark schemes are also provided.
8
140
10
Physics Summer Exam
Light, Density, Forces, Radiation & Electricity
Average app rating
Pupils love Knowunity
In education app charts in 12 countries
Students have uploaded notes
iOS User
Philip, iOS User
Lena, iOS user
This AQA GCSE Physics Energy master booklet covers key concepts and past paper questions on Topic 1: Energy. It provides practice questions, mark schemes, and explanations to help students revise and identify areas for improvement in their understanding of energy topics.
This page introduces the AQA Physics Topic 1: Energy Master Booklet. It explains that the booklet contains practice questions with mark schemes to help students identify weak areas in their understanding of physics energy topics.
Highlight: This booklet allows students to notice any weak spots in their knowledge of physics energy topics by answering questions and using the provided mark scheme.
This page presents a circuit diagram and questions related to components and energy transfer calculations.
Example: A circuit diagram is shown with a component M, and students are asked about its purpose in the circuit.
Vocabulary: Potential difference - The difference in electric potential energy per unit charge between two points in an electrical circuit.
The page covers:
Definition: Energy transferred = charge flow × potential difference
Students are asked to calculate energy transferred when 8.5 C of charge flows through a lamp with 12.0 V potential difference.
This page discusses lamp efficiency and introduces energy concepts related to drones.
The page covers:
Example: As a drone accelerates upwards, its gravitational potential energy and kinetic energy increase.
Highlight: LED lamps are shown to be 90% energy efficient compared to 10% for halogen lamps, with a much longer mean lifetime.
This page continues with drone-related energy concepts and calculations.
The page covers:
Example: Students are asked to calculate the maximum energy stored by a drone battery with a power output of 65.0 W that can fly for 25 minutes.
Definition: Energy transferred = power × time
This page focuses on gravitational potential energy and work done calculations for a climber.
The page covers:
Example: A climber weighing 660 N climbs a 20m cliff in 800 seconds. Students calculate the work done and power of the climber.
Vocabulary: Work done - The energy transferred when a force moves an object.
This page discusses the experimental determination of specific heat capacity and introduces the concept of a vacuum flask.
The page covers:
Highlight: Students are asked to draw a labeled diagram of the apparatus used to determine the specific heat capacity of aluminum.
This page continues the discussion on vacuum flasks and introduces biological adaptations for heat conservation.
The page covers:
Example: Arctic foxes have small ears to help keep them warm in cold environments by reducing heat loss through surface area.
These pages focus on heat loss in buildings and related energy calculations.
The page covers:
Example: Students calculate the power of a heating system needed to maintain a constant temperature in a house with given heat loss rates.
Vocabulary: Kilowatt-hour (kWh) - A unit of energy commonly used for electrical energy consumption.
The pages provide practice in applying GCSE Physics energy questions and answers to real-world scenarios, helping students master AQA GCSE Physics Energy concepts through practical examples.
Physics - Energy Changes in Systems AQA Paper 1
this is the AQA revision for Energy changes in systems for years 10-11 GCSE physics
19
566
0
Physics - AQA P6 Revision notes
There is: Density, Solids, Liquids, Gases, Temperature, Specifc Latent heat
18
255
0
Physics - Physics gcse energy
summary of energy.
331
1642
3
Physics - structure and history of atoms
the history of the atomic model
12
656
0
Physics - Physics Topic 4: Atomic structure (MASTER Booklet)
This is a MASTER booklet for Atomic structure. Use this booklet for answering questions, correcting mistakes and understanding your weak spots in Physics. All questions are from past papers , locatable on the AQA website. Mark schemes are also provided.
28
835
0
Physics - Physics Summer Exam
Light, Density, Forces, Radiation & Electricity
8
140
1
Average app rating
Pupils love Knowunity
In education app charts in 12 countries
Students have uploaded notes
iOS User
Philip, iOS User
Lena, iOS user
