# A-Level Maths / Integration Tests

## Integration A-Level Maths Tests

Integration

### Integration I

Tier: Foundation Difficulty: Normal
Finding antiderivative of a function, definitive integrals, proper integrals
Go to Integration I 10 Questions

### Integration I

Tier: Higher Difficulty: Ambitious
Finding antiderivative of a function, definitive integrals, proper integrals, finding area of a curve
Go to Integration I 10 Questions

### Integration I

Tier: Higher Difficulty: Challenging
Integration, integrals, finding antiderivatives, definite integrals, calculating coefficient C, calculating area, finding area integrals
Go to Integration I 10 Questions

### Integration II

Tier: Foundation Difficulty: Normal
Finding antiderivative of a function, definitive integrals, proper integrals
Go to Integration II 10 Questions

### Integration II

Tier: Higher Difficulty: Ambitious
Finding antiderivative of a function, definitive integrals, proper integrals, finding area of a curve
Go to Integration II 10 Questions

### Integration II

Tier: Higher Difficulty: Challenging
Integration, integrals, finding antiderivatives, definite integrals, calculating coefficient C, calculating area, finding area integrals
Go to Integration II 10 Questions

### Integration III

Tier: Foundation Difficulty: Normal
Finding antiderivative of a function, definitive integrals, proper integrals
Go to Integration III 10 Questions

### Integration III

Tier: Higher Difficulty: Ambitious
Finding antiderivative of a function, definitive integrals, proper integrals, finding area of a curve
Go to Integration III 10 Questions

### Integration III

Tier: Higher Difficulty: Challenging
Integration, integrals, finding antiderivatives, definite integrals, calculating coefficient C, calculating area, finding area integrals
Go to Integration III 10 Questions

### Integration IV

Tier: Higher Difficulty: Normal
Finding integrals, solving integrals. Finding coefficient C.
Go to Integration IV 10 Questions

### Integration IV

Tier: Higher Difficulty: Ambitious
Integration, determining integrals, finding area bounded by a curve
Go to Integration IV 10 Questions