You take the same bend near Cauberg first at 30 km/h. If the centrifugal force there has the value 1, what value does the force have at 60 km/h in that same bend?
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Correct answer: 4 x
Correct: 4.0 x.
Centrifugal force pushes you towards the outside of the bend; it becomes stronger as the radius of the bend gets smaller and as your speed gets higher
Correct answer: 4 x
Correct: 4.0 x.
Correct answer: False
Why learners get this wrong: Centrifugal force pushes your car towards the inside of the bend.
Correct answer: The risk of flying off the bend is greater
False — outer bend higher than inner bend is precisely the feature of POSITIVE camber, not negative
Why learners get this wrong: With negative camber the outside of the bend lies higher than the inside, which is favourable.
Correct answer: Sight through the bend is obstructed, for example by trees; Several bends follow each other closely; The bend is sharp
False — a warning sign warns you before the danger, it is not itself a danger factor
Why learners get this wrong: A warning sign before a bend is itself one of the factors that make the bend more dangerous.
Correct answer: Some bends curve increasingly sharply inward; your first assessment can become outdated
Why learners get this wrong: Once you have judged a bend on entry, the radius of the bend stays the same from then on — you do not need to adjust your assessment further.