About Cornering: centrifugal force and reading the bend: which statement is WRONG?
- The same bend at 30 km/h and at 60 km/h gives four times as much centrifugal force at 60 km/h, not twice.
- Watch out: some bends curve increasingly sharply inward, so your first assessment on entry can become outdated.
- ✓ Whether a bend has positive or negative camber makes little practical difference to how you should take the bend.
- This force pushes you towards the OUTSIDE of the bend, and is stronger with a smaller bend radius and a higher speed.
Correct answer: Whether a bend has positive or negative camber makes little practical difference to how you should take the bend.
Explanation
With positive camber the outer bend lies higher than the inner bend; with negative camber the risk of flying off the bend is greater
Why learners get this wrong
- The same bend at 30 km/h and at 60 km/h gives four times as much centrifugal force at 60 km/h, not twice
- Watch out: some bends curve increasingly sharply inward, so your first assessment on entry can become outdated
- This force pushes you towards the OUTSIDE of the bend, and is stronger with a smaller bend radius and a higher speed
Topic: Cornering: centrifugal force and reading the bend
Read the rule: Core: Cornering: centrifugal force and reading the bend
Sections
- Challenge: Cornering: centrifugal force and reading the bend
- The model: Cornering: centrifugal force and reading the bend
- Core: Cornering: centrifugal force and reading the bend
- Why it matters: Cornering: centrifugal force and reading the bend
- Active recall: Cornering: centrifugal force and reading the bend
- Teach back: Cornering: centrifugal force and reading the bend
- Memory hook: Cornering: centrifugal force and reading the bend