FSG

A sleek and futuristic engineering design environment, showcasing racing cars, engineering blueprints, and students engaging in hands-on vehicle performance testing. The atmosphere should be energetic and focused on innovation.

Ultimate Engineering Challenge Quiz

Test your knowledge and skills in engineering with our comprehensive quiz designed for aspiring engineers and enthusiasts! This quiz covers a range of topics from vehicle dynamics to design regulations, perfect for those preparing for events like FSG.

Features of the quiz:

11 thought-provoking questions
Multiple choice and checkbox formats
Instant feedback on your performance

11 Questions3 MinutesCreated by TestingTitan57

Which of the following sentences are true?

I) Each participating E.V. Team may appoint up to six ESOs for the competition.

Ii) An eight day late submission of SES and BPES will lead to an 140 points deduction, 70 points for each document.

Iii) If the attachment of the drivers harness is not welded to a steel structure, it must be proven that the attachment points of the anti-submarine belts can support a load of 6.5 kN and the attachments for shoulder and lap belts can support a load of 13 kN. If the lap belts and anti-submarine belts are attached to the same attachment point, it must support a load of 19.5 kN.

Iv) The firewall must extend sufficiently far upwards and/or rearwards such that any point, less than 100 mm above the bottom of the helmet of the tallest driver, is not in direct line of sight with any of the above mentioned parts.

V) A team with 0 points at EDR and 10 points less from the maximum score of every other category(separately) of the Engineering design event, will always have a lower score than a team with at least the 70% of the maximum score at the following categories: (Overall Vehicle Performance, Vehicle Performance, Mech./Struct. Engineering, Drivetrain, EDR)

Which statement is wrong?

The front hoop must have an angle between 70° and 110° relative to the floor

You can upload your SES in an unfinished state (which will then fail) to gain time

The MHB must be on the side the Mainhoop leans to

The 95th percentile male is 183,5cm tall

During the Endurance Event at FSG, a team named TFS, spent 1392 seconds on track, knocked down 2 cones and went off-course once. The driver change lasted 3 minutes and 20 seconds, whilst the track was declared wet after being dry, after the driver change, so the team made a tire change which cost them 1 more extra minute, at their corrected elapsed time. Furthermore, one of the drivers did not obey a blue flag. What is the final score of TFS at the Endurance event, considering that the corrected elapsed time of the fastest vehicle was 1242 seconds.

Choose the correct option of penalties for the late submission of following documents : 1. Business plan executive summary 2. Impact attenuator data 3. Vehicle status video 4. Electronic safety form a. -10 points/day , max -70 points (deregistration afterwards) b. -10 points/day , max -70 points (no deregistration afterwards) c. -5 points/day if officials requested a correction, max -35 points d. -10 points + -3 points/day , max -49 points

Το measure the gas pressure in a container, we use a manometer. The manometric fluid has a specific gravity of 0.85 and the height of the manometer is 55 centimeters. If the local barometric pressure is 96kPa , the absolute pressure inside the container is… (g=9.81m/s^2)

102.5 kPa

100.6 kPa

97.25 kPa

88.7 kPa

The dielectric shift of an electrostatic field is described as: *(ρ given constant, α given radial distance)/ (ρ,φ,z) cylindrical coordinates. Considering the fact that there are only spatial charges in our system, which is the density ρu of those charges?

During Skidpad Event at FSG, TFS once again, ran 3 runs. 1st Run: 5,422 secs right circle laps, 5,212 secs left right and 1 DOO 2nd Run: 5,462 secs corrected elapsed time and 1 DOO 3rd Run: 5,222 secs average time, 1 DOO and the driver ran three right circle laps instead of two. What is the final score of TFS at the Skidpad event, given that the corrected elapsed time of the fastest vehicle was 5,127 seconds.

Ultimate Engineering Challenge Quiz

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