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Welcome to CramNow, a collection of thousands ofĀ FREE, self marking, A Level multiple choice questions. The biology questions are organised inline with the AQA A Level Biology Specification, the Chemistry questions use OCR and the Physics questions use Edexcel. That said there will obviously be a lot of overlap in content with the other exam boards.
You'll need to sign up for an account to access the questions.
A Level Students
There is significant evidence that the best way to learn is to answer A Level questions from memory. These quizzes are designed to help you recall your A Level knowledge, in quick, multiple choice quizzes. On completion of each A Level quiz, you will receive an email with your score, and details of incorrect answers. Before you start please be aware:
- The biology quizzes are around 20 - 25 questions each. Chemistry quizzes are around 10Ā questions each. Physics quizzes are between 10 and 15 questions each.
- They are challenging: there is no point only testing easy content you know.
- They are timed: You only have 12mins 30 seconds per quiz. (this functionality is turned off at present)Ā
- You can only complete each quiz once a week. This limit will be lifted over summer, so you can maximise your revision prior to the exams in September this year.Ā (this functionality is turned off at present)Ā
- Your feedback email will contain grade boundaries. These are based on the average grade distribution of Y13 at the point of their A Level exam, and are therefore aspirational.
- If you forget your login details there are password reset and āusername resetā options at the bottom of theĀ login page : https://cramnow.com/loginĀ
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A Level Teachers
SELF MARKING HOMEWORK: These challenging multichoiceĀ quizzesĀ generate an email with a mark and a grade which is sent to the student. This results email can then be forwarded to their A Level teacher. This means that they can also be set as self-marking, gradedĀ HOMEWORK, and during lockdown as evidence that they have completed their independent study.
PLENARIES / STARTERS: A Level class sizes are growing nationally, and many classes now have over 20 students. These quizzes can be projected onto the board, then students can take it in turns to answer verbally and there are enough to go around everyone and show progress for all students.
SIGNING UP STUDENTS INDEPENDENTLY: There are instructions that show how to do this under āGetting Startedā on the top right of the above tool bar. Students will need an email address, from which they can forward their results email to teachers. Their school email is the obvious choice for this, but as cramnow.com is a new website, you may need to contact your IT Administrators to allow the results emails through the spam filter as it is undoubtedly set to āUnbelievably Highā.
SIGNING UP STUDENTS WHEN AT SCHOOL: We envision at the start of the next school year (whenever that is), that we will get students to register en masse during their first lesson. The log-in page has āpassword resetā and āusername resetā functions at the bottom for when they forget.
Please note that this is a work in progress. We are adding new quizzes all the time so please check back regularly.
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A Level Biology
Unit 1 -Ā Biological Molecules
- Monosaccharides & Disaccharides
- Polysaccharides
- Lipids & Phospholipids
- Amino Acids & Proteins
- Enzymes
- Factors Affecting Enzymes
- Structure of DNA & RNA
Unit 2 -Ā Cells
- Eukaryotic Cell Structure
- Prokaryotic Cell Structure
- Magnification
- Microscopes and Fractionation
- Mitosis
- Membrane Structure
- Transport Across a Membrane
- Osmosis
Unit 3 -Ā Exchanges of Substances with the Environment
- Surface to Area Volume Ratio
- Human Gaseous Exchange & Lung Disease
- Fish, Insect and Plant Gaseous Exchange
- Haemoglobin and the Circulatory System
- Heart Structure and Heart Disease
- Mass Transport in Plants
Unit 4 - Genetic Variation and Information
Unit 5 - The Transfer of Energy
- The Light Dependent Reactions of Photosynthesis
- The Light Independent Reactions of Photosynthesis
- Limiting Factors and Photosynthesis Practicals
- Respiration: Glycolysis and Link Reaction
- Respiration: Krebs Cycle
- Respiration: The Electron Transfer Chain
- Anaerobic Respiration & Respiration Experiments
- Biomass and Gross Primary Productivity
- The Nitrogen Cycle & Phosphate Cycle
Unit 6 - Responding to Change
- Responses in Plants
- Taxes and Kineses
- Nerves: Resting Potential
- Nerves: Action Potentials
- Nerves: Conduction Along Axons
- Nerves: Synaptic Transmission
- Nerves: Receptors
- Muscle Contraction
- Homeostasis: The Control of Blood Glucose
- Homeostasis: The Kidney
Unit 7 -Ā Populations, Evolutions and Genetics
- Definitions, Monohybrid, Dihybrid and Codominance
- Sex Linkage, Autosomal Linkage and Epistasis
- Hardy Weinberg & Allele Frequency
- Variation, Evolution and Speciation
- Populations in Ecosystems
- Succession
Unit 8 - Control of Expression
- Nucleic Acids Recap from Year 1
- Mutations and Cancer
- Protein Synthesis Recap and Transcription Factors
- Stem Cells, Epigenetics and siRNA
- Recombinant DNA Technology
- Uses of Genetic Techniques ( Diagnosis, Identification, and Research)
A Level Chemistry
Foundations in Chemisty - Module 2
- Atomic Structure
- Moles
- Ionic Structure and Bonding
- Metallic Structures and Bonding
- Intermolecular Forces
- Covalent Structures and Bonding
- States of Matter and Structures
- Acid Base Reactions 1
- Redox Reactions
Period Table & Energy - Module 3
Core Organic Chemistry - Module 4
Physical Chemistry & Transition Elements - Module 5
- Kinetics 1
- Kinetics 2
- Kinetics and Orders of Reaction
- Equilibria Kc & Kp
- Calculating Mole Fractions
- Calculating Kp and Kc
- Acid Base Equilibria 2
- Born Haber Cycles
- Enthalpy Changes for Born Haber
- Entropy and Gibbs Energy
- Transition Elements
- Complex Ions
- Half Equations for REDOX
- REDOX Equations from Half-Equations
Organic Chemistry & Analysis - Module 6
- Carbonyls
- Carboxylic Acids & Esters
- Arenes
- Amines & Amides
- Amino Acids
- Polymers
- Organic Synthesis
- Organic Mechanisms
- Organic Summary
- Isomerism Year 2
- NMR Problems
pH Calculations
- pH Calculations for Strong Acid Base Neutralisation 1
- pH Calculations for Strong Acid Base Neutralisation 2
- pH of Strong Acids & Bases 1
- pH of Strong Acids & Bases 2
- pH of Weak Acids & Solutions 1
- pH ofĀ WeakĀ Acids &Ā Solutions 2
Moles Sets
- Set 1 - Ar & MrĀ
- Set 2 - Moles of Elements
- Set 3 - Formulae
- Set 4 - Moles of Compounds
- Set 5 - Balancing Equations
- Set 6 - Moles & Reacting Masses from Equations
- Set 7 - Gas Volumes in Mole Calculations
- Set 8 - Solution Concentrations
- Set 9 - Concentrations in Reactions
Moles and Masses
- Masses from Moles 1
- Masses from Moles 2
- Masses from Moles 3
- MassesĀ fromĀ Moles 4
- MassesĀ from Moles 5
Ā Moles andĀ Gasses
- Temperature Calculation for Ideal Gases 1
- Temperature Calculation for Ideal Gases 2
- Temperature Calculation for Ideal Gases 3
- Temperature Calculation for Ideal Gases - Random
- Volume Calculation for Ideal Gases 1
- VolumeĀ Calculation for Ideal Gases 2
- VolumeĀ Calculation for Ideal Gases 3
- VolumeĀ Calculation for Ideal Gases - Random
Moles and SolutionsĀ
- Moles from Concentrations & Volume 1
- Moles from Concentrations & Volume 2
- Volumes from Concentrations & Moles 1
- VolumesĀ from Concentrations & Moles 2
- VolumesĀ from Concentrations & Moles 3
- Concentration from Mass & Volume 1
- Concentration from Mass & Volume 2
- Concentration from Mass & Volume 3
- Concentration from Mass & Volume 4
- Concentration from Mass & Volume 5
- Concentration from Mass & Volume 6
A Level Physics
U1 - Working as a Physicist
U3 - Electric Circuits
- Charge and Current
- Potential Difference
- Resistance and Resitivity
- I-V Characteristics
- Electrical Energy & Power
- E.M.F and Internal Resistance
- Conservation of Charge in Circuits