FSCzech Preperation Quiz

A technical illustration showing automotive components, digital displays, and racing contexts, with a focus on competition and engineering principles at sunset across a racetrack.

FSCzech Preparation Quiz

Test your knowledge and skills in the field of automotive technology and engineering with our engaging quiz. This comprehensive quiz covers essential topics such as vehicle dynamics, technical specifications, and safety regulations.

Challenge yourself with:

  • 10 thought-provoking multiple choice questions
  • Comprehensive topics related to automobile and engineering principles
  • Instant feedback on answers
10 Questions2 MinutesCreated by DrivingData101
Automobile A is travelling at 100km/h as it approaches an intersection. Automobile B is merging onto the road following a 100m radiousantrance road. If the speed of automobile B is 90km/h at the instant shown here, will there be a collision?
Yes
No, B arrives 0.44m ahead of A
No, B arrives 0.44m behind A
No, B arrives 10m behind A
Choose the incorrect statement
The distance between the two test panel supports must be at least 400 mm.
If a vehicle breaks down or is stopped by the use of the RES it will be removed from the track, will not be allowed to re-enter the track and scored DQ.
4.5 points are awarded to every team that finishes at least one run without DNF or DQ, in manual acceleration.
The length of the autocross track is less than 1.6 km.
What is true about the driver equipment?
A driver must wear fire resistant socks when the car is pushed from the team garage to the skidpad area.
Arm restraints must be commercially manufactured
During technical inspection, a helmet may be impounded due to wear
Removal of driver equipment during a dynamic event may lead to disqualification
Which of the statements regarding CAN bus is true?
The receiver can send a recessive symbol in the ACK field.
The receiver must always send a dominant symbol in the ACK field.
The identifier is sent with least significant bit first.
The minimum bandwidth of a sender can be computed independently of the bandwidth allocated to other senders.
In the image above, the water in the tank exits through a vertical pipe forming a vertical jet which reaches a height h. If the pipe is narrowed (e.g. By putting your finger in) the water jet will reach a height h’.
H’ < h.
H’ = h.
H’ > h.
I don't have enough informations
Let L = {w (0 + 1)* | w has even number of 1}. Choose the regular expression that represent L?
(0*1 + 0*1)*
0*11(10*10*)*0
0*(10*1*)* + 10*1
0*1(10*1)*1 + 1*0*
The output of a colour digital camera which has a resolution of 500 × 400 pixels is encoded using a 256-colour palette. Assuming that the values of neighboring pixels are statistically independent of each other and that in each pixel the 256 levels appear with the probabilities shown in the above table. We further assume that in the frames of each region the colors appear uniformly. Calculate the average information content of each pixel:
 
8.231
7.496
10.676
12.998
Which of the following statements are not true?
Every housing or enclosure containing parts of the TS system, must be labeled with (a) reasonably sized sticker(s) according to “ISO 7010-W012” (triangle with yellow lightning bolt on black background).
In side or front view any part of the TS must not project below the lower surface of the chassis.
In the Engineering Design, only sealed TSACs which passed the accumulator inspection may be presented or mounted in the vehicle. They must not be opened.
Only three members per team, except the driver, may enter the dynamic area at one time.
Calculate how much memory is allocated for the variable actuator in the below program. The program is written in C programming language.
 
union Actuator{
        uint16_t force;
        uint8_t pressure;
        union Dimensions{
                uint8_t width;
                uint8_t height;
                uint8_t length;
        };
        uint16_t torque;
         char manufacturer[‘!’];
         uint32_t price;
} actuator;
16
33
32
8
If the Radar operates at a frequency of 7.5GHZ, then find the Doppler frequency of a car in Acceleration moving with a speed of 126km/h in the finish line.
1500Hz
1677Hz
1750Hz
2100Hz
{"name":"FSCzech Preperation Quiz", "url":"https://www.quiz-maker.com/QPREVIEW","txt":"Test your knowledge and skills in the field of automotive technology and engineering with our engaging quiz. This comprehensive quiz covers essential topics such as vehicle dynamics, technical specifications, and safety regulations.Challenge yourself with:10 thought-provoking multiple choice questionsComprehensive topics related to automobile and engineering principlesInstant feedback on answers","img":"https:/images/course6.png"}
Powered by: Quiz Maker