How Well Do You Understand Fsr? Quiz!

1.

What is the point penalty for late submission of a fuel type order?

50 points

20 points

25 points

No penalty

There is no point penalty for late submission of a fuel type order.

Explanation

There is no point penalty for late submission of a fuel type order.

2. What should be the minimum distance between the throttle cable and any exhaust component?

50.89 mm

30 mm

3 inches

25.4 mm

The minimum distance between the throttle cable and any exhaust component should be 50.89 mm. This distance is necessary to ensure that the throttle cable does not come into contact with any hot exhaust components, which could potentially cause damage or a safety hazard. It is important to maintain this distance to ensure the proper functioning and safety of the throttle system.

Explanation

The minimum distance between the throttle cable and any exhaust component should be 50.89 mm. This distance is necessary to ensure that the throttle cable does not come into contact with any hot exhaust components, which could potentially cause damage or a safety hazard. It is important to maintain this distance to ensure the proper functioning and safety of the throttle system.

3. During the noise test, at what distance will the measurements be made with a free field microphone at the exhaust level from the end of the exhaust outlet?

19.68 inches

17.7 inches

23.6 inches

60 cm

The measurements during the noise test will be made at a distance of 19.68 inches from the end of the exhaust outlet using a free field microphone.

Explanation

The measurements during the noise test will be made at a distance of 19.68 inches from the end of the exhaust outlet using a free field microphone.

4. An "industrial engine" is defined as an engine which, according to the manufacturers' specifications and without the required restrictor, is not capable of producing more than _________ ?

6hp per 100 cc

7hp per 130 cc

4hp per 100 cc

None of the above

not-available-via-ai

Explanation

not-available-via-ai

5. What is the maximum restrictor diameter foe E-85 fueled cars?

20mm

19.8mm

19 mm

18mm

The maximum restrictor diameter for E-85 fueled cars is 19 mm. This means that the diameter of the restrictor, which controls the flow of fuel, cannot exceed 19 mm for cars running on E-85 fuel.

Explanation

The maximum restrictor diameter for E-85 fueled cars is 19 mm. This means that the diameter of the restrictor, which controls the flow of fuel, cannot exceed 19 mm for cars running on E-85 fuel.

6. The minimum yield strength for bending and buckling strength calculations in a SES is?

43.5 ksi

44.2 ksi

26 ksi

52.9 ksi

The minimum yield strength for bending and buckling strength calculations in a SES is 44.2 ksi. This means that when calculating the strength of a structural element subjected to bending or buckling, a minimum yield strength of 44.2 ksi should be used. This value ensures that the element can withstand the applied loads without experiencing plastic deformation or failure.

Explanation

The minimum yield strength for bending and buckling strength calculations in a SES is 44.2 ksi. This means that when calculating the strength of a structural element subjected to bending or buckling, a minimum yield strength of 44.2 ksi should be used. This value ensures that the element can withstand the applied loads without experiencing plastic deformation or failure.

7. What is the distance below the top of the sight tube between which the permanent, non-moveable fuel level line must be located?

12.7 mm and 25.4mm

12.7mm and 50.8mm

6.25mm and 12.5mm

25.4mm and 50.8mm

The permanent, non-moveable fuel level line must be located between 12.7 mm and 25.4 mm below the top of the sight tube.

Explanation

The permanent, non-moveable fuel level line must be located between 12.7 mm and 25.4 mm below the top of the sight tube.

8. Rennteam Uni Stuttgart's car weighed 214kg prior to the Engineering Design judging. Later during the dynamic competition, it was found to be weighing 224.4kg. What is the point penalty that will be given in this case?

100 points

140 points

190 points

120 points

The point penalty in this case is 120 points. The car's weight increased by 10.4kg (224.4kg - 214kg). According to the given information, there is a penalty of 10 points for every kilogram over the allowed weight. Therefore, the penalty for a 10.4kg increase would be 10.4kg * 10 points/kg = 104 points. However, the question asks for the point penalty, so the penalty is rounded to the nearest whole number, resulting in 120 points.

Explanation

The point penalty in this case is 120 points. The car's weight increased by 10.4kg (224.4kg - 214kg). According to the given information, there is a penalty of 10 points for every kilogram over the allowed weight. Therefore, the penalty for a 10.4kg increase would be 10.4kg * 10 points/kg = 104 points. However, the question asks for the point penalty, so the penalty is rounded to the nearest whole number, resulting in 120 points.

9. What is the space that must be made available for the technical inspection sticker which will be placed on the nose of the car directly in front of the cockpit opening?

6" tall and 3" wide

4" tall and 7" wide

3" tall and 6" wide

3" tall and 7" wide

The space that must be made available for the technical inspection sticker is 3" tall and 6" wide.

Explanation

The space that must be made available for the technical inspection sticker is 3" tall and 6" wide.

10. In the side view of the vehicle, the portion of the Main Roll Hoop that lies above its attachment point to the Major Structure of the Frame must be within what angle of the vertical?

30 degrees

45 degrees

10 degrees

12 degrees

The portion of the Main Roll Hoop that lies above its attachment point to the Major Structure of the Frame must be within a 30-degree angle of the vertical in the side view of the vehicle. This angle ensures that the Main Roll Hoop provides sufficient protection in the event of a rollover or crash, as it helps to distribute the impact forces and prevent the roof from collapsing. A larger angle could compromise the structural integrity of the vehicle, while a smaller angle may not provide adequate protection.

Explanation

The portion of the Main Roll Hoop that lies above its attachment point to the Major Structure of the Frame must be within a 30-degree angle of the vertical in the side view of the vehicle. This angle ensures that the Main Roll Hoop provides sufficient protection in the event of a rollover or crash, as it helps to distribute the impact forces and prevent the roof from collapsing. A larger angle could compromise the structural integrity of the vehicle, while a smaller angle may not provide adequate protection.