369767 A metal cube of side length \(8.0\;cm\) has its upper surface displaced with respect to the bottom by \(0.10\;mm\) when a tangential force of \(4 \times {10^9}\;N\) is applied at the top with bottom surface fixed. The rigidity modulus of the material of the cube is

369768 If two equal and opposite deforming forces are applied parallel to the cross-sectional area of a cube as shown in the figure, there is a relative displacement between the opposite faces of the cube. The ratio of \(x\) to \(\mathrm{L}\) is known as

369769 An equal and opposite force \(F\,and\, - F\) act on a rod of uniform cross-sectional area \(A\), as shown. The shearing stress on the section \(AB\) will be

369770 Statement A :
Maximum height of a mountain on earth is \(10\;km.\)
Statement B :
A mountain base provides some shearing stress to rock under which it can flow.

369767 A metal cube of side length \(8.0\;cm\) has its upper surface displaced with respect to the bottom by \(0.10\;mm\) when a tangential force of \(4 \times {10^9}\;N\) is applied at the top with bottom surface fixed. The rigidity modulus of the material of the cube is

369768 If two equal and opposite deforming forces are applied parallel to the cross-sectional area of a cube as shown in the figure, there is a relative displacement between the opposite faces of the cube. The ratio of \(x\) to \(\mathrm{L}\) is known as

369769 An equal and opposite force \(F\,and\, - F\) act on a rod of uniform cross-sectional area \(A\), as shown. The shearing stress on the section \(AB\) will be

369770 Statement A :
Maximum height of a mountain on earth is \(10\;km.\)
Statement B :
A mountain base provides some shearing stress to rock under which it can flow.

369767 A metal cube of side length \(8.0\;cm\) has its upper surface displaced with respect to the bottom by \(0.10\;mm\) when a tangential force of \(4 \times {10^9}\;N\) is applied at the top with bottom surface fixed. The rigidity modulus of the material of the cube is

369768 If two equal and opposite deforming forces are applied parallel to the cross-sectional area of a cube as shown in the figure, there is a relative displacement between the opposite faces of the cube. The ratio of \(x\) to \(\mathrm{L}\) is known as

369769 An equal and opposite force \(F\,and\, - F\) act on a rod of uniform cross-sectional area \(A\), as shown. The shearing stress on the section \(AB\) will be

369770 Statement A :
Maximum height of a mountain on earth is \(10\;km.\)
Statement B :
A mountain base provides some shearing stress to rock under which it can flow.

369767 A metal cube of side length \(8.0\;cm\) has its upper surface displaced with respect to the bottom by \(0.10\;mm\) when a tangential force of \(4 \times {10^9}\;N\) is applied at the top with bottom surface fixed. The rigidity modulus of the material of the cube is

369768 If two equal and opposite deforming forces are applied parallel to the cross-sectional area of a cube as shown in the figure, there is a relative displacement between the opposite faces of the cube. The ratio of \(x\) to \(\mathrm{L}\) is known as

369769 An equal and opposite force \(F\,and\, - F\) act on a rod of uniform cross-sectional area \(A\), as shown. The shearing stress on the section \(AB\) will be

369770 Statement A :
Maximum height of a mountain on earth is \(10\;km.\)
Statement B :
A mountain base provides some shearing stress to rock under which it can flow.