If the above tape weights 0.001 kg/ft, sag is
A.2.73 ft
B.2.90 ft
C.3.03 ft
D.3.13 ft
A.2.73 ft
B.2.90 ft
C.3.03 ft
D.3.13 ft
A.Extreme point of the oscillation of L.H.S.
B.Extreme point of the oscillation at R.H.S.
C.Mean position
D.Point of half amplitude
E.Point of 0.75 amplitude
A.Friction between electrically charged bodies
B.Friction between bodies having relative motion
C.Friction between solids and liquids
D.Friction between dry surfaces
E.Friction between lubricated surface
A.Same as moment of inertia
B.Applicable to masses whereas moment of inertia is applicable to area only
C.The moment of inertia for an area relative to a line or axis perpendicular to the plane of the area
D.The moment of inertia for an area relative to a line or axis parallel to the centroidal axis
E.The moment of inertia for an area ralative to a line or axis which is out the plane of area
A.0.25 m/sec2
B.2.45 m/sec2
C.1.25 m/sec2
D.4.00 m/sec2
E.4.16 m/sec2
A.5 cm
B.10 cm
C.12.5 cm
D.15 cm
E.20 cm
A.velocity-time diagram
B.force displacement diagram
C.velocity-displacement diagram
D.force-time diagram
A.on the surface of moon
B.at the poles
C.in a lift moving up with an acceleration
D.in all the above cases
A.1 sec
B.2 sec
C.3 sec
D.4 sec
E.5 sec