369805 Copper of fixed volume \(\mathrm{V}\) is drawn into wire of length \(l\). When this wire is subjected to a constant force \(F\), the extension produced in the wire is \(\Delta l\). Which of the following graphs is a straight line?

369806 When a weight of \(10\;kg\) is suspended from a copper wire of length \(3\;m\) and diameter \(0.4\;mm,\) its length increases by \(2.4\;cm.\) If the diameter of the wire is doubled, then the extension in its length will be

369807 A wire of length ' \(l\) ' and radius ' \(r\) ' is clamped rigidly at one end. When the other end of the wire is pulled by a force ' \(F\) ', its length increases by ' \(x\) '. Another wire of same material of length ' \(2 l\) ' and radius ' \(2 r\) ' is pulled by a force ' \(2 F\) ', the increase in its length will be

369808 A wire of length '\(L\)' and radius '\(r\)' is clamped rigidly at one end. When the other end of the wire is pulled by a force \(F\), its length increases by '\(l\)'. Another wire of same material of length '\(2 L\)' and radius '\(2 r\)' is pulled by a force '\(2 F\)' Then the increase in its length will be

369809 The stress required to double the length of wire (or) to produce \(100 \%\) longitudinal strain is

369805 Copper of fixed volume \(\mathrm{V}\) is drawn into wire of length \(l\). When this wire is subjected to a constant force \(F\), the extension produced in the wire is \(\Delta l\). Which of the following graphs is a straight line?

369806 When a weight of \(10\;kg\) is suspended from a copper wire of length \(3\;m\) and diameter \(0.4\;mm,\) its length increases by \(2.4\;cm.\) If the diameter of the wire is doubled, then the extension in its length will be

369807 A wire of length ' \(l\) ' and radius ' \(r\) ' is clamped rigidly at one end. When the other end of the wire is pulled by a force ' \(F\) ', its length increases by ' \(x\) '. Another wire of same material of length ' \(2 l\) ' and radius ' \(2 r\) ' is pulled by a force ' \(2 F\) ', the increase in its length will be

369808 A wire of length '\(L\)' and radius '\(r\)' is clamped rigidly at one end. When the other end of the wire is pulled by a force \(F\), its length increases by '\(l\)'. Another wire of same material of length '\(2 L\)' and radius '\(2 r\)' is pulled by a force '\(2 F\)' Then the increase in its length will be

369809 The stress required to double the length of wire (or) to produce \(100 \%\) longitudinal strain is

369805 Copper of fixed volume \(\mathrm{V}\) is drawn into wire of length \(l\). When this wire is subjected to a constant force \(F\), the extension produced in the wire is \(\Delta l\). Which of the following graphs is a straight line?

369806 When a weight of \(10\;kg\) is suspended from a copper wire of length \(3\;m\) and diameter \(0.4\;mm,\) its length increases by \(2.4\;cm.\) If the diameter of the wire is doubled, then the extension in its length will be

369807 A wire of length ' \(l\) ' and radius ' \(r\) ' is clamped rigidly at one end. When the other end of the wire is pulled by a force ' \(F\) ', its length increases by ' \(x\) '. Another wire of same material of length ' \(2 l\) ' and radius ' \(2 r\) ' is pulled by a force ' \(2 F\) ', the increase in its length will be

369808 A wire of length '\(L\)' and radius '\(r\)' is clamped rigidly at one end. When the other end of the wire is pulled by a force \(F\), its length increases by '\(l\)'. Another wire of same material of length '\(2 L\)' and radius '\(2 r\)' is pulled by a force '\(2 F\)' Then the increase in its length will be

369809 The stress required to double the length of wire (or) to produce \(100 \%\) longitudinal strain is

369805 Copper of fixed volume \(\mathrm{V}\) is drawn into wire of length \(l\). When this wire is subjected to a constant force \(F\), the extension produced in the wire is \(\Delta l\). Which of the following graphs is a straight line?

369806 When a weight of \(10\;kg\) is suspended from a copper wire of length \(3\;m\) and diameter \(0.4\;mm,\) its length increases by \(2.4\;cm.\) If the diameter of the wire is doubled, then the extension in its length will be

369807 A wire of length ' \(l\) ' and radius ' \(r\) ' is clamped rigidly at one end. When the other end of the wire is pulled by a force ' \(F\) ', its length increases by ' \(x\) '. Another wire of same material of length ' \(2 l\) ' and radius ' \(2 r\) ' is pulled by a force ' \(2 F\) ', the increase in its length will be

369808 A wire of length '\(L\)' and radius '\(r\)' is clamped rigidly at one end. When the other end of the wire is pulled by a force \(F\), its length increases by '\(l\)'. Another wire of same material of length '\(2 L\)' and radius '\(2 r\)' is pulled by a force '\(2 F\)' Then the increase in its length will be

369809 The stress required to double the length of wire (or) to produce \(100 \%\) longitudinal strain is

369805 Copper of fixed volume \(\mathrm{V}\) is drawn into wire of length \(l\). When this wire is subjected to a constant force \(F\), the extension produced in the wire is \(\Delta l\). Which of the following graphs is a straight line?

369806 When a weight of \(10\;kg\) is suspended from a copper wire of length \(3\;m\) and diameter \(0.4\;mm,\) its length increases by \(2.4\;cm.\) If the diameter of the wire is doubled, then the extension in its length will be

369807 A wire of length ' \(l\) ' and radius ' \(r\) ' is clamped rigidly at one end. When the other end of the wire is pulled by a force ' \(F\) ', its length increases by ' \(x\) '. Another wire of same material of length ' \(2 l\) ' and radius ' \(2 r\) ' is pulled by a force ' \(2 F\) ', the increase in its length will be

369808 A wire of length '\(L\)' and radius '\(r\)' is clamped rigidly at one end. When the other end of the wire is pulled by a force \(F\), its length increases by '\(l\)'. Another wire of same material of length '\(2 L\)' and radius '\(2 r\)' is pulled by a force '\(2 F\)' Then the increase in its length will be

369809 The stress required to double the length of wire (or) to produce \(100 \%\) longitudinal strain is