FSG Test Quiz Barcelona
FSG Test Quiz: Barcelona
Test your knowledge on various engineering concepts with our comprehensive quiz designed for motorsport enthusiasts and engineering students.
- 10 challenging questions
- Covering topics from aerodynamics to electrical engineering
- Get immediate feedback on your answers!
A car is driving a Skidpad in the middle of the track. The car weights 250kg (incl. Driver) and produces addition 2kN of downforce at a speed of 100kph. The frictionÂcoefficient is 1,4. What minimum time is achievable?
4.65s
4.82s
4.77s
5.01s
4.37s
4.69s
4.33s
A ball (mass m) is attached to a wall with a spring (spring constant c). A force F(t) is applied to the ball in the direction away from the spring. Calculate the transferfunction G(s) = X(s)/F(s), asuming x(t) is the lengthening of the spring an there is neither friction nor gravity to be considered.
G(s) = 1/(m*s^2+c)
G(s) = (m*s^2)/c
G(s) = 1/(m*s-c*s^2)
G(s) = 1/(m*s+c)
G(s) = m*s+c
What is the impedance of a capacitor with a capacity of 50 microFarad, if a sinusoidal voltage signal of 150 Hz is applied to it?
23.738 Ohm
2.374 Ohm
2.122 Ohm
21.221 Ohm
What is the percentage area deviation when the restrictor has an inside diameter of 20.02mm instead of 20.00 mm?
0.1%
1.11%
0.01%
0.5%
0.002%
0.02%
What balance bar setting (master cylinder pedal force distribution) is needed to reach the maximum possible braking force without locking ?+ m = 250 kg+ μ Road/tire = 1.3 (constant) + dwheel = 15 inch+ Wheelbase = 1.6m+ CG height = 0.35m+ Static weight distribution = 50% Rear+ identical brake hardware all around (discs, pads, calipers, master cylinders) + completetly stiff car (no dynamic effects)
78 percent Front
82 percent Front
50 percent Front
20 percent Rear
30 percent Rear
How much deflection of an aerodynamic device is allowed with which load?
200 N -> 0,393701 inch
200 N -> 0,590551 inch
200 N -> 0,787402 inch
200 N -> 0,984252 inch
50 N -> 0,787402 inch
50 N -> 0,590551 inch
50 N -> 0,393701 inch
R1=50 Ohm;, R2=40Ohm;, R3=120Ohm;, U=20V. Calculate I3
I3 = 0,625A
I3 = 0,167mA
I3 = 25mA
I3 = 0,167A
I3 = 51,7A
I3 = 0,051A
I3 = 0,1875A
I3 = 0,25A
I3 = 62,5mA
Our car hits a bump. Thereby a force of 5kN acts in the vertical direction on the tire. The angle alpha; is 35°. The young’s modulus of the carbon tube is 98000MPa and the length of the pushrod is 292mm. What is the lightest diameter of the pushrods, if a safety of 4 may not be undercut?
18/15
19/16
21/18
22/19
A steady DC current is flowing through a coil with an inductance of 248mH. The stored energy in the magnetic field is 431J. By how much does the current have to be increased, if the stored energy should be increased by 300J?
17.824A
76.78A
17.820A
17.821A
17.822A
17.823A
17.825A
The rise time (from 10% to 90%) of the capacitor voltage of a given one stage low pass RC network is 3.00 ms. What are possible values for R and C?
R=1500Ohm and C=950.6nanoFarad
R=2500Ohm and C=546.2nanoFarad
R=3000Ohm and C=420.8nanoFarad
R=2000Ohm and C=640.0nanoFarad
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