Your battery pack is built from 3 Stacks of 112 Cells (112S3P), each stack has a capacity of 1.70 kWh and an internal resistance of 320 mOhm.
If all cells are charged & balanced to 3.80V and behave equally, which current do you draw at 35kW power output from the pack?

109.1 A
84.0 A
82.2 A
3906 A
88.1 A

During the tech inspection, the vehicle has to be accompanied by the 'Inspection Responsible Person', who has to be:"

Either the team captain or faculty advisor
The team captain
Any team member familiar with the vehicle and tech inspection
The person completing this quiz
The faculty advisor

What is false regarding an Off-Course (OC) during endurance?

The time penalty for an off-course is 10s
An off-course occurs if a slalom gate is missed
An off-course can be avoided if the driver re-enters the track at or before the point he left it
An off-course occurs if a vehicle is outside the track boundary with all four wheels
An off-course during the skidpad event leads to a DNF for that run

How many drivers per team are allowed at most?

Unlimited, but the number of drivers per event is limited to two.
Unlimited, but the number of events per driver is limited to two.
Four
Three
Five
Six

Which of the following statements about the legality of the car below is true?

+ track width = 2500mm
+ car track = 1700mm
+ cone height = 280mm
+ rear wing height = 2100mm
+ roll hoop height = 2200mm
Image (c)TU Munich

the structure around the cone slots is too high
endplate gurneys are generally not allowed
cone slots would have to be movable (illegal movable aero devices)
rear wing is too wide
front wing overall width is too wide

During charging you monitor the cell temperatures by tapping the BMS CAN Bus. The Temperature is transmitted as 16-bit unsigned integer (0.00229 °C/bit).
Looking at the data the temperatures look somewhat implausible (see picture below) - what went wrong most likely?

The can bus is overloaded
The signed-ness is wrong
The conversion factor is wrong
The endianess is wrong
This is actually the cell voltage

Which of the following tubes is not allowed as the stated frame member (regardless of implementation/mounting/etc.)?

25.4mm x 2.4mm seam welded round steel tube as main hoop
35mm x 1.2mm magnesium square tube as front bulkhead support (E=44 GPa)
1" x 0.083" seamless drawn round steel tube as shoulder harness mounting bar
32mm x 2.5mm round aluminium tube as front roll hoop bracing (E=70 GPa)

How many different tires are allowed on a car?

Tires are not regulated
All tires on the vehicle must be of the same manufacturer and compound but may have different sizes
The vehicle may have different tires on all four corners but the configuration must be the same as presented during tech inspection.
All tires on one axle must be of the same manufacturer, compound and size
All tires on the car must be of the same manufacturer, compound and size

What are the responsibilities of the faculty advisor at FSA?

Officially receiving trophies during the award ceremony
Accompanying the team's car through scrutineering
Doing the on-site team registration
none

Your self-developed electronic control module needs 200ms to safely shut down and write back data into nonvolatile memory.
How big would the power regulator output capacitance need to be at least to do that in the event of a unexpected shutdown (GLV Master switch turn-off), given that:

+ The device needs a constant current of 120mA
+ The regulated voltage is 5V
+ The CPU will brown-out at 3.8V
+ There is no reverse-flow back into the supply

220 µF
1.2 F
47 µF
2000 µF
17.5 mF
20000 µF

The Frontwing of your car is attached to the frontbulkhead using four 6mm dowel pins in single shear. What is the maximum allowed deceleration peak in the impact attenuator test if you are testing without the frontwing and its mounting? (T2.20.3/Method b)

τmax(Pin)=150N/mm²

35.0g
1.4g
5.8g
39.3g
46.5g

What is the minimum score for the third place in the Business Plan finals (with three finalists) ?

80 points
70 points
73 points
Depends on the fourth place score
71 points
There is no lower bound

Imagine you’re running AutoX in FSA 2016. You need to limit your speed because of the following corner. What is the fastest can go at the crest/edge and still land before the beginning of the braking zone?

+ h = 0.25m
+ s = 5m
+ g = 9.81m/s²
+ Consider the car a point mass; Ignore aerodynamic effects.

22.5 m/s
79.7 km/h
25.2 m/s
81.3 km/h
70.0 km/h

When you pass technical inspection (all stickers) it means:

I am only allowed to go to the practice area
I am allowed to participate in dynamic events
I am eligible for the design finals
My vehicle is completely safe
My car is completely rules compliant
If I change nothing and nothing breaks, i can not be disqualified for technical reasons