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 thickness of cap when σb=100N/mm2, Mb=90853.95N-mm, y=\(\frac{t_c}{2}\) and I=6.25tc3?

A. 7.65mm
B. 8.53mm
C. 9.7mm
D. 6.23mm
Answer» C. 9.7mm
2.

Calculate the bending moment on the cap when (Pi)max=400N and span length is 80mm.

A. 3567.9N-mm
B. 4789N-mm
C. 5333.3N-mm
D. 6893.89N-mm
Answer» D. 6893.89N-mm
3.

Calculate the inertia force where the diameter of bolts is 10mm and σt=35N/mm2?

A. 5555.5N
B. 6107.8N
C. 6478.6N
D. 5497.7N
Answer» E.
4.

In the formula (Pi)max=mrω2r(1+\(\frac{1}{n_1})\) what is mr?

A. Mass of reciprocating parts
B. Mass of all parts
C. Mass of cylinder
D. Mass of crankshaft
Answer» B. Mass of all parts
5.

Find the angular velocity of the crank rotating at 1200RPM?

A. 100.86rad/sec
B. 112.54rad/sec
C. 125.65rad/sec
D. 134.89rad/sec
Answer» D. 134.89rad/sec
6.

Find the crank radius when the length of the stroke is 80mm?

A. 10mm
B. 40mm
C. 30mm
D. 50mm
Answer» C. 30mm
7.

Calculate the mass of reciprocating parts when the mass of piston assembly is 0.6Kg and mass of the connecting rod is 0.4Kg?

A. 0.73Kg
B. 0.85Kg
C. 0.6Kg
D. 0.43Kg
Answer» B. 0.85Kg
8.

Inertia force acting on the connecting rod cap is given by?

A. Pi=mrω2 r(θ+\(\frac{cos2\theta}{n_1})\)
B. Pi=mrω2 r(cosθ+\(\frac{sin2\theta}{n_1})\)
C. Pi=mrω2 r(cosθ+\(\frac{cos2\theta}{n_1})\)
D. Pi=mrω2 r(secθ+\(\frac{cos2\theta}{n_1})\)
Answer» D. Pi=mrω2 r(secθ+\(\frac{cos2\theta}{n_1})\)
9.

At which position of the piston, connecting rod cap experience inertia force?

A. Center
B. Side dead center
C. Top dead center
D. Bottom dead center
Answer» D. Bottom dead center
10.

Which force is experienced by the connecting rod cap?

A. Gravity force
B. Magnetic force
C. Axial force
D. Inertia force
Answer» E.