FSG RBQ Ahuja 2

1. What is minimum wall thickness of drivers harness attachment in alternative tubing ? (inches )

0.0465

0.47

0.0489

0.047

The minimum wall thickness of the driver's harness attachment in alternative tubing is 0.047 inches.

Explanation

The minimum wall thickness of the driver's harness attachment in alternative tubing is 0.047 inches.

2. The hose connected to cooling system catch can should have internal diameter of ______ ?

0.125 inches

0.245 inches

0.136 inches

0.134 inches

The hose connected to the cooling system catch can should have an internal diameter of 0.125 inches. This size is likely required to ensure proper flow and functionality of the cooling system. Using a hose with a different internal diameter could result in inadequate cooling or other issues with the system.

Explanation

The hose connected to the cooling system catch can should have an internal diameter of 0.125 inches. This size is likely required to ensure proper flow and functionality of the cooling system. Using a hose with a different internal diameter could result in inadequate cooling or other issues with the system.

3. Order in which the direct injectors are connected ?

Electric fuel pump,pressure relief valve, boost pump ,filter , injectors

Boost pump ,pressure relief valve, electric fuel pump ,filter, injector

Electric fuel pump ,filter, boost pump,pressure relief valve , injectors

Boost pump ,pressure relief valve, injector ,filter, electric fuel pump

not-available-via-ai

Explanation

not-available-via-ai

4. Which of the following modifications is not specifically permitted without voiding Inspection Approval once the vehicle is approved to compete in the dynamic events?

Substitution of the head restraint or seat insert for different drivers

Adjustment to engine operating parameters (such as ignition timing)

Replacement of worn tires or brake pads

Replacement of worn chains or sprockets

The replacement of worn chains or sprockets is not specifically permitted without voiding Inspection Approval once the vehicle is approved to compete in the dynamic events. This means that if the chains or sprockets are worn and need to be replaced, it would require a re-inspection and approval before the vehicle can continue to compete in the dynamic events.

Explanation

The replacement of worn chains or sprockets is not specifically permitted without voiding Inspection Approval once the vehicle is approved to compete in the dynamic events. This means that if the chains or sprockets are worn and need to be replaced, it would require a re-inspection and approval before the vehicle can continue to compete in the dynamic events.

5. Attachment point between the monocoque and primary structure must be able to carry a load of ______ ? And attachment point requires the _____bolts ?

30kN,0.3325 inch SAE GRADE 8

40KN,0.4225 inch SAE GRADE 8

30KN ,0.3125 inch SAE GRADE 5

40KN,0.3425 inch SAE GRADE 5

The attachment point between the monocoque and primary structure must be able to carry a load of 30kN and requires 0.3125 inch SAE GRADE 5 bolts. This means that the attachment point needs to be strong enough to withstand a load of 30kN without failing, and the bolts used for the attachment point should have a diameter of 0.3125 inches and meet the specifications of SAE GRADE 5.

Explanation

The attachment point between the monocoque and primary structure must be able to carry a load of 30kN and requires 0.3125 inch SAE GRADE 5 bolts. This means that the attachment point needs to be strong enough to withstand a load of 30kN without failing, and the bolts used for the attachment point should have a diameter of 0.3125 inches and meet the specifications of SAE GRADE 5.

6. The buckling modulous must be _______ times of baseline steel tubes ?

0.5

0.45

0.6

0.3

The buckling modulus refers to the ability of a material to resist buckling or collapsing under compressive forces. In this question, it is stated that the buckling modulus must be a certain multiple of the baseline steel tubes. The correct answer, 0.5, indicates that the buckling modulus should be half or 50% of the baseline steel tubes. This means that the material being compared to the baseline steel tubes should have a lower resistance to buckling under compressive forces.

Explanation

The buckling modulus refers to the ability of a material to resist buckling or collapsing under compressive forces. In this question, it is stated that the buckling modulus must be a certain multiple of the baseline steel tubes. The correct answer, 0.5, indicates that the buckling modulus should be half or 50% of the baseline steel tubes. This means that the material being compared to the baseline steel tubes should have a lower resistance to buckling under compressive forces.

7. The minimum cross section area of harnesses tab is 0.067sq inch and height of the tab is 1.4 inches then find the thickness of the tab ?

0.04785 inches

0.63inches

0.058 inches

0.04950 inches

not-available-via-ai

Explanation

not-available-via-ai

8. Vehicle status report should be sent on __ ?

6th july 2014

28th march 2014

4th july 2014

20th june 2014

The correct answer is 4th July 2014 because it is the date specified for sending the vehicle status report.

Explanation

The correct answer is 4th July 2014 because it is the date specified for sending the vehicle status report.

9. If composite materials are used to make fronthoop which all equivalency calculations must be submitted in SES ?

Yield strength

Energy dissipation

None

Forces

The correct answer is "none". This means that if composite materials are used to make the fronthoop, there is no need to submit any equivalency calculations in SES for yield strength, energy dissipation, or forces. This suggests that composite materials do not require these calculations as they may have different properties and behaviors compared to traditional materials.

Explanation

The correct answer is "none". This means that if composite materials are used to make the fronthoop, there is no need to submit any equivalency calculations in SES for yield strength, energy dissipation, or forces. This suggests that composite materials do not require these calculations as they may have different properties and behaviors compared to traditional materials.

10. The scatter shield must be at least _____wider on each side as the motor .

15mm

10mm

20mm

25mm

The scatter shield must be at least 10mm wider on each side as the motor. This means that the scatter shield should have a minimum additional width of 10mm on both sides compared to the width of the motor. This is necessary to ensure that the scatter shield adequately covers and protects the motor, preventing any scattered debris or particles from escaping and causing damage or harm.

Explanation

The scatter shield must be at least 10mm wider on each side as the motor. This means that the scatter shield should have a minimum additional width of 10mm on both sides compared to the width of the motor. This is necessary to ensure that the scatter shield adequately covers and protects the motor, preventing any scattered debris or particles from escaping and causing damage or harm.

FSG Rbq Ahuja 2