369963 The property of metals where by they could be drawn into thin wires beyond their elastic limit without breaking is

369964 Substances which can be stretched to cause large strains are called

369965 Assertion :
While using a material, the working stress is always kept much lower than that of breaking stress so that factor of safety (FOS) may have a large value.
Reason :
Breaking stress is fixed for a material, but breaking force will vary, depending on area of cross section of the wire.

369966 The stress-strain graph for a metallic wire is shown at two different temperatures, \(T_{1}\) and \(T_{2}\). Which temperature is high \(T_{1}\) or \(T_{2}\) ?

369963 The property of metals where by they could be drawn into thin wires beyond their elastic limit without breaking is

369964 Substances which can be stretched to cause large strains are called

369965 Assertion :
While using a material, the working stress is always kept much lower than that of breaking stress so that factor of safety (FOS) may have a large value.
Reason :
Breaking stress is fixed for a material, but breaking force will vary, depending on area of cross section of the wire.

369966 The stress-strain graph for a metallic wire is shown at two different temperatures, \(T_{1}\) and \(T_{2}\). Which temperature is high \(T_{1}\) or \(T_{2}\) ?

369963 The property of metals where by they could be drawn into thin wires beyond their elastic limit without breaking is

369964 Substances which can be stretched to cause large strains are called

369965 Assertion :
While using a material, the working stress is always kept much lower than that of breaking stress so that factor of safety (FOS) may have a large value.
Reason :
Breaking stress is fixed for a material, but breaking force will vary, depending on area of cross section of the wire.

369966 The stress-strain graph for a metallic wire is shown at two different temperatures, \(T_{1}\) and \(T_{2}\). Which temperature is high \(T_{1}\) or \(T_{2}\) ?

369963 The property of metals where by they could be drawn into thin wires beyond their elastic limit without breaking is

369964 Substances which can be stretched to cause large strains are called

369965 Assertion :
While using a material, the working stress is always kept much lower than that of breaking stress so that factor of safety (FOS) may have a large value.
Reason :
Breaking stress is fixed for a material, but breaking force will vary, depending on area of cross section of the wire.

369966 The stress-strain graph for a metallic wire is shown at two different temperatures, \(T_{1}\) and \(T_{2}\). Which temperature is high \(T_{1}\) or \(T_{2}\) ?