A. elastic properties in all directions
B. stresses induced in all directions
C. thermal properties in all directions
D. electric and magnetic properties in all directions
E. density throughout
A. in which parts are not loaded
B. in which stress remains constant on in-creasing load
C. in which deformation tends to loosen the joint and produces a stress reduced
D. stress reduces on increasing load
E. none of the above
A. low carbon steel
B. medium carbon steel
C. high carbon steel
D. alloy steel
E. special steel
A. ability to undergo large permanent deformations in compression
B. ability to recover its original form
C. ability to undergo large permanent deformations in tension
D. all of the above
E. none of the above
A. Unaltered
B. Increased
C. Decreased
D. Advanced
A. feed petrol into cylinder
B. govern the engine
C. break up and mix the petrol with air
D. heat up the charge to cylinder
E. scavenge the cylinder
A. 0.334027778
B. 0.500694444
C. 0.625694444
D. 0.834027778
A. concentric type
B. eccentric type
C. horizontal type
D. vertical type
E. none of the above
A. high compression ratio
B. low compression ratio
C. low volumetric efficiency
D. minimum turbulence
E. high power output and high thermal efficiency
A. Maximum
B. Optimum
C. Poor
D. Constant