Training 3
Engineering Fundamentals Quiz
Test your knowledge of engineering principles with our comprehensive quiz designed for students and enthusiasts alike. It covers a range of topics from mechanics to safety regulations, ensuring a well-rounded assessment of your skills.
- Challenging questions
- Real-world applications
- Perfect for engineering students
Which width a is needed for a safety factor of 2 against (Euler) buckling. F=1000 N E=210000 MPa l=100 mm b=2 mm. Give your awnser with 4 decimal points of accuracy X.xxxx (mm)
1. Calculate the suspension reaction forces Fe and Fg according to the scheme if Fw,y = 1 kN, c = 200 mm, b = 100 mm.
A. Fe = 1,5 kN, Fg = 3 kN
C. Fe = 2kN, Fg = 3 kN
D. Fe = 0,5 kN, Fg = 1,5 kN
B. Fe = 1 kN, Fg = 2 kN
E. Fe = 3 kN, Fg = 1,5 kN
Wich tires are allowed, if the weather conditions are damp?
O Wet tires
O Wet and dry tires
O Dry Tires
O Damp tires
Wheelbase=1530mm Trackwidth=1200mm Scrub Radius: 15mm Outer steering angle: 20° Calculate your inner steering angle for 100% Ackermann steering. Give your awnser with an accuracy up to the fourth decimal point X.xxxx (°)
1. Which of the following statements to the primary structure is wrong (multiple answers possible) (FSG)
A. The Fronthoop may be constructed of more than one part of Tubing
B. The Mainhoop Bracing may be attached 5 inches below the top - most surface of the Mainhoop
C. The nose is used as an impact attenuator and extends the AIP. This is conform with the rules.
D. The impact attenuator must be at least 200 mm long and have a closed front section.
E. Each primary structure attachment consists of at least 2 x M8 or 4 x M6
1. What ist he meaning oft he yellow and red sriped flag?
O Mechanical inspection – the driver must pull into the driver cange area
O The driver must pull into the passing zone
The session has started
O Attention! There is something on the racing track or the track is slippery
The Skid Pad Winner of FSG had an average lateral acceleration at one lap of 15 m/s^2. Your team got 52,79 Points at the Skid Pad Event because you hit one cone. What was your teams average yaw rate on one lap (your right and left lap times were same and you drove in the middle of the skidpad). 80°/s ; 1,4RAD/s ; 72°/s; 1.1 RAD/s. Give your awnser with 2 decimal points of accuracy X.xx (°/s)
Calculate the bearing Forces (FAx, FBx & FBy) of the system seen below!
FAx = X.xx | |
FBx = X.xx | |
FBy = X.xx |
When the AIP would be attached with grade 10.9 bolts, how many of those bolts would be needed to show equivalency to the attachment method defined by the rules?
A 3-point bending test is carried out on a shoulder-harness-mounting-bar tube with the minimal dimensions, as given by the rules (S235JR, E=200kN/mm²). During this test the middle of the tube got deflected by 12,5mm from its original position. Which Force has been applied to reach. this? Give your awnser accuratly up to the decimal point X. (N).
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