Scrutineering Quiz Jr (Rishab B & Aditya)
10 Questions
| Attempts: 120
Questions and Answers
- 1.In the autocross event, what is the color of cones used for making track boundary ?
- A.
Red
- B.
Green
- C.
Orange
- D.
Blue
- 2.In the autocross event ,what is the track direction ?
- A.
Clockwise
- B.
Anticlockwiswe
- C.
Both clockwise and anticlockwise
- D.
Not fixed
- 3.What is the color of cones used for making slaloms in autocross event ?
- A.
Red
- B.
Blue
- C.
Green
- D.
Orange
- 4.How much time is given to a team for the setup of car and all presentation devices once the judging bay is decided ?
- A.
1 minute
- B.
5 minutes
- C.
10 minutes
- D.
30 minutes
- 5.If a team does not attend the finals of the business presentation despite its nomination,it will receive how many points ?
- A.
74
- B.
70
- C.
71
- D.
0
- 6.If presentation of a car is given but the car is not brought but if the car is brought in next event, which year would that car will be called ?
- A.
1st year
- B.
2nd year
- C.
Vehicle will be prohibited
- D.
Depends on the judge
- 7.When the car is first fueled , which is the 1st inspection event that the car will attend ?
- A.
Noise test
- B.
Brake test
- C.
Rain test
- D.
Tilt table test
- E.
Driver egress test
- 8.What is the color of cones used for entrance and exit of the course in autocross ?
- A.
Red
- B.
Green
- C.
Blue
- D.
Orange
- 9.Which color of the flag is used to command the car to go into the overtaking zone in an autocross event ?
- A.
Red
- B.
Green
- C.
Black
- D.
Blue
- 10.Imagine the following scenario: During the Endurance-race, your driver spins off track and unfortunately decides to re-enter the track immediately without paying attention to the track marshals and other cars on track. An oncoming vehicle t-bones your car right in the middle of the upper member of the side impact (we assume you have a steel spaceframe car). The member is 1000mm long, the Steel (E=210GPa) tubing used shall be 30x1,5mm round and the impact is represented by a force of 5kN. In the calculation, consider the tube to be supported on a pivots at each side (i.e. not clamped in!). How far will this tube deflect in the direction of your drivers' hip in this case? Hint: This is a beam on two supports problem.
- A.
22,485mm
- B.
36,276mm
- C.
18,138mm
- D.
15,324mm
- E.
12,358mm
- F.
22,352mm
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