Engineering Knowledge Challenge
Engineering Knowledge Challenge
Test your knowledge on engineering principles, vehicle regulations, and competition rules with this engaging quiz! Perfect for students, enthusiasts, or anyone looking to brush up on their understanding of automotive engineering.
- 9 thought-provoking questions
- Opportunity to learn and improve
- Challenges on various engineering topics
2.Which of the following answers agree with the competition's rules?
Minimum wall thickness of main and front hoops must be 3.00 mm. Minimum cross sectional area of roll hoop bracing must be 119mm^2. Minimum are moment of inertia on front bulkhead support must be 6695mm^4
Minimum wall thickness of main and front hoops must be 2.00 mm. Minimum cross sectional area of roll hoop bracing must be 129mm^2. Minimum are moment of inertia on front bulkhead support must be 6795mm^4
Minimum wall thickness of main and front hoops must be 3.00 mm. Minimum cross sectional area of roll hoop bracing must be 129mm^2. Minimum are moment of inertia on front bulkhead support must be 6695mm^4
Minimum wall thickness of main and front hoops must be 2.00 mm. Minimum cross sectional area of roll hoop bracing must be 119mm^2. Minimum are moment of inertia on front bulkhead support must be 6695mm^4
3.When the driver sees a red and yellow striped flag,he/she must:
Exit the track at the first opportunity
Pull into the driver change area for a mechanical inspection of the vehicle
Come to an immediate safe and controlled stop on the track and must follow track marshals directions
Be prepared for evasive maneuvers to avoid a difficult situation on the track
4.Whats the maximum points you can get from accelaration, skidpad and endurance if you already have submitted the file SESA two hours after the initial deadline, had one OC during skidpad and dropped 2 cones during endurance?
475 points
463 points
471 points
It cannot be calculated
5.Any aerodynamic device must be able to withstand a force of 200N distributed over a minimum surface of:
125 cm^2 and not deflect more than 25mm in the load carrying direction
225 cm^2 and not deflect more than 0.98425 inches in the load carrying direction
0.0225 m^2 and not deflect more than 0.3937 inches in the load carrying direction
0.2422 ft^2 and not deflect more than 25mm in the load carrying direction
6.The number of the vehicle must be displayed and written in:
Roman characters
Roman Sans-Serif characters
Comic Sans characters
All of the above
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