Explore topic-wise MCQs in Automotive Engine Components Design.

This section includes 10 Mcqs, each offering curated multiple-choice questions to sharpen your Automotive Engine Components Design knowledge and support exam preparation. Choose a topic below to get started.

1.

Calculate the empirical relationship for the length of the piston when D=80mm?

A. 60 t0 90mm
B. 80 to 120mm
C. 70 to 100mm
D. 90 to 110mm
Answer» C. 70 to 100mm
2.

Calculate the empirical relationship for the length of the skirt when D=80mm?

A. 20 to 40mm
B. 35 to 70mm
C. 52 to 64mm
D. 43 to 57mm
Answer» D. 43 to 57mm
3.

Calculate the stroke length when side thrust is 19634.95N/mm2, Pb=0.4N/mm2 and D=250mm?

A. 180.4mm
B. 143.4mm
C. 180.9mm
D. 196.3mm
Answer» E.
4.

Calculate the side thrust when μ=0.1, D=85mm and Pmax=4N/mm2?

A. 2269.8N/mm2
B. 100N/mm2
C. 3264N/mm2
D. 4563.4N/mm2
Answer» B. 100N/mm2
5.

In the formula Side thrust=PbDLs what is the unit of ls?

A. Cm
B. Km
C. mm
D. m
Answer» D. m
6.

In the formula Side thrust=μ\((\frac{\pi D^2}{4})\)Pmax what is the unit of Pmax?

A. N
B. N/mm2
C. N/m
D. N/mm
Answer» C. N/m
7.

Which of the mentioned below is the formula for calculating side thrust considering stroke length?

A. Side thrust=PbDLs
B. Side thrust=PbD
C. Side thrust=μ\((\frac{\pi D^2}{4})\)Pmax
D. Side thrust=μ\((\frac{\pi D^2}{4})\)
Answer» B. Side thrust=PbD
8.

Which of the mentioned below is the formula for calculating side thrust considering coefficient of friction?

A. Side thrust=PbD
B. Side thrust=PbDLs
C. Side thrust=μ\((\frac{\pi D^2}{4})\)Pmax
D. Side thrust=\((\frac{\pi D^2}{4})\)Pmax
Answer» D. Side thrust=\((\frac{\pi D^2}{4})\)Pmax
9.

Maximum side thrust is experienced during which stroke?

A. Intake stroke
B. Exhaust stroke
C. Expansion stroke
D. Suction stroke
Answer» D. Suction stroke
10.

Which portion of the piston is known as a skirt?

A. The portion above compression rings
B. The portion between compression and oil rings
C. The portion above the oil rings
D. The portion below oil rings
Answer» E.