Start · Practise · Check · Review
Finding your next step…This check didn’t finish loading. Reload the page to try again.
Your next step
Check what you know
Answer each question and say how sure you are to find what to practise next.
Check what you know
Start here to see which parts you already know.
Time is up and your answers could not be submitted; check your connection and try again.
Paper instructions
- Question count checked before you start
- Feedback when you submit
This shows what to work on next and doesn’t count towards your course progress.
Your work
Without an account, unfinished answers stay in this tab. Signed in, they are saved on this device until the deadline shown when you start.
Getting your questions…
Recent attempts
History is stored only in this browser.
No completed attempts are saved yet.
Your question
Beyond the syllabus: optional enrichment that does not count towards your progress.
Working pad
Print for practice
Review answers
Check your entries. Select a question to return to it.
Starting check complete
Next steps
- Monday
- Tuesday
- Wednesday
- Thursday
- Friday
- Saturday
- Sunday
Checking learning on this device…
Change goal
Skills and assessment details
Where marks were lost
Your answers
Print for practice
Print these questions with space to work, or print their released worked answers separately.
Practise
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise after feedback
After a check, practise the skills it showed you need to work on.
Loading your check…
Reload the page if the check does not appear.
Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Produce exact logarithmic values with valid real bases and arguments · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Produce complete real exponential equation results · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Produce calibrated exponential model parameters, predictions and target times · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Find the complete real solution set of a rational quadratic inequality · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Find every real solution of a rational line–quadratic system · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for the real roots of a quadratic · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for a quadratic to be always positive or negative · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Linear systems · Check your progress
When you feel ready, answer on your own to show what you can do.
Loading your check…
Reload the page if the check does not appear.
Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Produce exact logarithmic values with valid real bases and arguments · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Produce complete real exponential equation results · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Produce calibrated exponential model parameters, predictions and target times · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Find the complete real solution set of a rational quadratic inequality · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Find every real solution of a rational line–quadratic system · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for the real roots of a quadratic · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for a quadratic to be always positive or negative · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Linear systems · Check again
After practising what your progress check showed, check those skills again.
Loading your check…
Reload the page if the check does not appear.
Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Produce exact logarithmic values with valid real bases and arguments · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Produce complete real exponential equation results · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Produce calibrated exponential model parameters, predictions and target times · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Find the complete real solution set of a rational quadratic inequality · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Find every real solution of a rational line–quadratic system · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for the real roots of a quadratic · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Derive complete parameter sets for a quadratic to be always positive or negative · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Linear systems · Retention check
Come back later to see whether your learning has lasted.
Loading your check…
Reload the page if the check does not appear.
Practise: Produce exact logarithmic values with valid real bases and arguments
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Produce complete real exponential equation results
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Produce calibrated exponential model parameters, predictions and target times
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Find the complete real solution set of a rational quadratic inequality
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Find every real solution of a rational line–quadratic system
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Derive complete parameter sets for the real roots of a quadratic
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Derive complete parameter sets for a quadratic to be always positive or negative
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Practise: Linear systems
Practise questions on the skills you are learning.
Loading your check…
Reload the page if the check does not appear.
Next step
Revision notes
Connect exponential and logarithmic models with graph features, numerical solutions and exact quadratic methods.
Key ideas
- Function rules and natural logarithms
Connect function rules, exponential/logarithm graphs and valid log algebra to growth, decay and fitted model parameters.
- Quadratic formula and models
Identify coefficients, retain both possible roots and reject values only for a stated domain reason.
- Completing the square and fractional quadratics
Choose an exact quadratic method and distinguish solving from rewriting a function.
- Quadratic extrema and sign
Connect completed squares and discriminants to strict sign conditions, model restrictions and feasible quadratic extrema.
- Discriminants, intersections and inequalities
Connect substitution, root counts and tangency to sign intervals, number-line solutions and parameter cases that change degree.
- Graph features and numerical solutions
Interpret graph features, numerical boundaries and model equations, then check precision and feasible solutions.
- Linear systems from context
Turn three conditions into a system of linear equations, solve it with a graphing calculator and check for repeated or contradictory conditions.
From the GCE A-Level H1 Mathematics 2027 syllabus
- Include: concept of function as a rule or relationship where for every input there is only one output; functions e^x and ln x and their graphs; exponential growth and decay; logarithmic growth; equivalence of y = e^x and x = ln y; laws of logarithms; use of a graphing calculator or graphing software to graph a given function; characteristics of graphs such as symmetry, intersections with the axes, turning points and asymptotes (horizontal and vertical). Exclude: problems involving finding domain and range; use of notation f: x ↦ x² + 5; change of base of logarithms.
- Include: conditions for a quadratic equation to have two real roots, two equal roots or no real roots; conditions for ax² + bx + c to be always positive or always negative; solving simultaneous equations, one linear and one quadratic, by substitution; solving quadratic equations and inequalities in one unknown analytically; solving inequalities by graphical methods; formulating an equation or a system of linear equations from a problem situation; finding the approximate solution of an equation or a system of linear equations using a graphing calculator or graphing software.