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Motorcycle Theory Test Case Study 3

Motorcycle Theory Test > Mock Tests > Motorcycle Theory Test Case Study 3
You're riding your motorcycle to work. It's winter and the weather is dry, but cold. You're wearing leather motorcycle clothing, boots, gloves, a fluorescent safety vest with reflective panels and a brightly coloured helmet. At the service station, you buy fuel. You clean both handlebar mirrors, which have longer stems. You also make your weekly check of tyre pressures and tread depths. The rear tyre is worn down to the legal limit.

You have 10 minutes to answer 5 multiple choice questions based on the case study above. Read this carefully and make sure you understand the scenario before starting the test. You need to score 4 out of 5 to pass.

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Quick view of test questions. Click question box to reveal correct answer.
1. What could affect your concentration on your ride to work? Mark one answer
A Getting blown off course
B Getting cold
C Getting hot
D Getting wet
Correct Answer: B Getting cold
Explanation:
2. How does your helmet's colour help? Mark one answer
A It helps you to blend in
B It makes you easier to see
C It matches your motorcycle
D It won't show the dirt
Correct Answer: B It makes you easier to see
Explanation:
3. How can being dressed in this way help you while you're riding? Mark one answer
A It helps to improve your safety
B It helps to keep you cool
C It helps to lower your insurance premiums
D It helps your friends to recognise you
Correct Answer: A It helps to improve your safety
Explanation:
4. Why might you have this adaptation to your mirrors? Mark one answer
A Because they look very cool and fashionable
B So that other vehicles will allow you more room
C To give you an unobstructed view behind
D To help balance and control the motorcycle
Correct Answer: C To give you an unobstructed view behind
Explanation:
5. What depth is the tread on your rear tyre? Mark one answer
A 1 mm across the entire tread breadth and all around
B 1 mm across three-quarters of the tread breadth and all around
C 2 mm across the entire tread breadth and all around
D 2 mm across three-quarters of the tread breadth and all around
Correct Answer: B 1 mm across three-quarters of the tread breadth and all around
Explanation: