Machine Design

A. be across threaded portion of shank
B. be parallel to axis of bolt
C. be normal to threaded portion of shank
D. never be across the threaded portion
E. none of the above

A. gib of cotter joint
B. sleeve and cotter joint
C. spigot socket cotter joint
D. knuckle joint
E. universal coupling

A. crimped
B. honed
C. flared
D. bent
E. none of the above

A. flaring
B. brazing
C. soft soldering
D. fusion welding
E. none of the above

A. on both the sides
B. on one side only
C. on none of the sides
D. may be provided anywhere
E. none of the above

A. cotter joint
B. bolted joint
C. kunckle joint
D. universal coupling
E. gib and cotter joint

A. 3 mm
B. 5 mm
C. 10 mm
D. 20 mm
E. 25 mm

A. 1 in 5
B. 1 in 10
C. 1 in 24
D. 1 in 40
E. 1 in 50

A. 102 d
B. 124 d
C. 138 d
D. 151 d
E. 168 d

A. foundation purposes
B. locking devices *
C. absorbing shock and vibrations
D. transmission of power
E. lifting and transportation of machines and cubicles