369728 For a given material, the Young's modulus is 2.4 times that of rigidity modulus, then Poisson's ratio is

369729 The relationship between Young's modulus \(Y\), bulk modulus \(B\) and modulus of rigidity \(\eta\) is

369730 Two wires of equal lengths and cross-section areas are suspended, as shown in the figure. If their respective Young's moduli are \({Y_{1}}\) and \({Y_{2}}\), then the equivalent Young's modulus will be

369731 Identify the incorrect statement.

369732 A light rod of length 2 \(m\) is suspended from the ceiling horizontally by means of two vertical wires of equal length tied to its ends. One of the wires is made of steel and is of cross-section \(10^{-3} {~m}^{2}\) and the other is of brass of cross-section \(2 \times 10^{-3} {~m}^{2}\). Find out the distance along the rod from steel wire, at which a weight may be hung to produce equal strains in both wires. Young's modulus for brass \( = {10^{11}}N{m^{ - 2}}\) and Young's modulus for steel \(=2 \times 10^{11} {~N} {~m}^{-2}\).

369728 For a given material, the Young's modulus is 2.4 times that of rigidity modulus, then Poisson's ratio is

369729 The relationship between Young's modulus \(Y\), bulk modulus \(B\) and modulus of rigidity \(\eta\) is

369730 Two wires of equal lengths and cross-section areas are suspended, as shown in the figure. If their respective Young's moduli are \({Y_{1}}\) and \({Y_{2}}\), then the equivalent Young's modulus will be

369731 Identify the incorrect statement.

369732 A light rod of length 2 \(m\) is suspended from the ceiling horizontally by means of two vertical wires of equal length tied to its ends. One of the wires is made of steel and is of cross-section \(10^{-3} {~m}^{2}\) and the other is of brass of cross-section \(2 \times 10^{-3} {~m}^{2}\). Find out the distance along the rod from steel wire, at which a weight may be hung to produce equal strains in both wires. Young's modulus for brass \( = {10^{11}}N{m^{ - 2}}\) and Young's modulus for steel \(=2 \times 10^{11} {~N} {~m}^{-2}\).

369728 For a given material, the Young's modulus is 2.4 times that of rigidity modulus, then Poisson's ratio is

369729 The relationship between Young's modulus \(Y\), bulk modulus \(B\) and modulus of rigidity \(\eta\) is

369730 Two wires of equal lengths and cross-section areas are suspended, as shown in the figure. If their respective Young's moduli are \({Y_{1}}\) and \({Y_{2}}\), then the equivalent Young's modulus will be

369731 Identify the incorrect statement.

369732 A light rod of length 2 \(m\) is suspended from the ceiling horizontally by means of two vertical wires of equal length tied to its ends. One of the wires is made of steel and is of cross-section \(10^{-3} {~m}^{2}\) and the other is of brass of cross-section \(2 \times 10^{-3} {~m}^{2}\). Find out the distance along the rod from steel wire, at which a weight may be hung to produce equal strains in both wires. Young's modulus for brass \( = {10^{11}}N{m^{ - 2}}\) and Young's modulus for steel \(=2 \times 10^{11} {~N} {~m}^{-2}\).

369728 For a given material, the Young's modulus is 2.4 times that of rigidity modulus, then Poisson's ratio is

369729 The relationship between Young's modulus \(Y\), bulk modulus \(B\) and modulus of rigidity \(\eta\) is

369730 Two wires of equal lengths and cross-section areas are suspended, as shown in the figure. If their respective Young's moduli are \({Y_{1}}\) and \({Y_{2}}\), then the equivalent Young's modulus will be

369731 Identify the incorrect statement.

369732 A light rod of length 2 \(m\) is suspended from the ceiling horizontally by means of two vertical wires of equal length tied to its ends. One of the wires is made of steel and is of cross-section \(10^{-3} {~m}^{2}\) and the other is of brass of cross-section \(2 \times 10^{-3} {~m}^{2}\). Find out the distance along the rod from steel wire, at which a weight may be hung to produce equal strains in both wires. Young's modulus for brass \( = {10^{11}}N{m^{ - 2}}\) and Young's modulus for steel \(=2 \times 10^{11} {~N} {~m}^{-2}\).

369728 For a given material, the Young's modulus is 2.4 times that of rigidity modulus, then Poisson's ratio is

369729 The relationship between Young's modulus \(Y\), bulk modulus \(B\) and modulus of rigidity \(\eta\) is

369730 Two wires of equal lengths and cross-section areas are suspended, as shown in the figure. If their respective Young's moduli are \({Y_{1}}\) and \({Y_{2}}\), then the equivalent Young's modulus will be

369731 Identify the incorrect statement.

369732 A light rod of length 2 \(m\) is suspended from the ceiling horizontally by means of two vertical wires of equal length tied to its ends. One of the wires is made of steel and is of cross-section \(10^{-3} {~m}^{2}\) and the other is of brass of cross-section \(2 \times 10^{-3} {~m}^{2}\). Find out the distance along the rod from steel wire, at which a weight may be hung to produce equal strains in both wires. Young's modulus for brass \( = {10^{11}}N{m^{ - 2}}\) and Young's modulus for steel \(=2 \times 10^{11} {~N} {~m}^{-2}\).