A. gm-cm3
B. cm4
D. kg-cm2
A. 4 m/sec and 6 m/sec
B. 2 m/sec and 2 m/sec
D. 3 m/sec and 3 m/sec
A. half the weight of the cable
B. resultant of horizontal thrust and support reaction
D. support reactions
A. isolated joint with only body forces acting on it
B. none of the above
D. isolated joint with internal forces acting on it
A. disc with larger density
C. both discs will have same rotational inertia
D. none of the above
B. momentum
C. impulse
D. torque
B. a system of parallel forces only
C. non-concurrent copianar force system
D. any copianar force system
A. howe truss
B. warren truss
D. king post truss
A. E/2
B. 2E
D. E
B. correct answer is?
C. thepoint of application of the force relative to origin</strong>
D. the direction of the force
B. 1 kg-wt
C. 9.81 kg-wt
D. 981 dyne
B. 4
C. 6 7i
D. 8
A. 1
C. e*72
D. e4*
A. MLT1
B. ML-T2
C. M1 L2 T2
A. 5 sec
C. 20 sec
D. 8 sec
B. g tan 6
C. g
D. g cos 6
C. 2
D. zero
A. 100 rad/sec
B. 1 rad/sec
C. 10 rad/sec
A. only the closure of force polygon is sufficient
B. only the closure of funicular polygon is sufficient
A. y = c tan x/c
B. y = c sinh x/c
D. y = c sin1 x/c
B. P = R
C. None of the above is correct
D. P = Q
A. 1.0 m above the floor
B. 1.732 m from the wall
D. 1.732 m above the floor </strong>
E. correct answer is?
A. kg-wt and joule
C. Newton and watt
D. Dyne and erg
A. S = C sin cp
B. S = C cot <p
D. S = C cos cp
A. catenary
B. cycloid
D. ellipse
A. force polygon closes
B. funicular polygon closes
D. all the forces are concurrent
A. unpredictable
B. zero
C. minimum
A. 90 and 180
B. 0 and 90
D. 180 and 90
A. that polygon of forces must close
B. that resultant couple must be zero
A. 1:02
C. 1:01
D. 2:01
A. 60
B. 80
D. 30
B. a uniform solid cone resting on its base on a horizontal plane
C. a uniform solid cone resting on a generator on a smooth horizontal plane
D. a satellite encircling the earth
A. time scale
B. distance scale
D. mass scale
A. 1.5 m
B. 0.5 m
C. 1.0 m
A. floor is smooth and wall is rough
B. floor is rough and wall is rough
C. both floor and wall are rough
D. both floor and wall are smooth
A. ML-T*
B. ML2T2
C. MLr2
A. ML-T1
B. M^T
C. M2LT3
A. more than 66.67%
B. equal to 100%
C. less than 50%
B. area of contact only
C. both (A) and (B)
B. The space centrode rolls on the body centrode
C. Both body and space centrodes may role on each other
D. The body centrode never touches space centrode
A. g sin 9
B. (2/3) g cos 9
C. (1/3) g sinB
A. 4
C. 4-Jan
D. 3
C. cubic parabola
D. circular
B. minimum kinetic energy and minimum potential energy
C. maximum kinetic energy and maxi-mum potential energy
D. zero potential energy and maximum kinetic energy
A. 3-Feb
B. 5-Mar
C. 3-Jan
A. may be obtained by graphic statics
C. can be obtained by graphic statics by trial and error
D. can be obtained by graphic statics
B. rigid frames only
C. any type of structure
D. beam only
A. 1 sec and 92.7 cm
C. 1 sec and 99.4 cm
D. 2 sec and 92.7 cm
A. energy and velocity
C. force and pressure
D. force and velocity
A. none of the above
C. one couple only
D. one force only
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