366144 Two equal and opposite forces act on a rigid body at a certain distance. Then

366145 A rod of mass \(m\) and length \(l\) is hinged in vertical wall and the other end is supported by a thread. Find the tension in the thread.

366146 Two uniform boards, tied together with the help of a string, are balanced on a surface as shown in the figure. The coefficient of static friction between boards and surface is 0.5 . The minimum value of \(\theta\), for which this type of arrangement is possible is

366147 A rigid massless rod of length \(L\) is hinged at its one end and a weight \(W\) is hung at a distance \(l( < L)\) from this end.
What force \(P\) should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

366148 A uniform bar of mass \(M\) and length \(L\) is horizontally suspended from the ceiling by two vertical light cables as shown. Cable \(A\) is connected \(1 / 4\) th distance from the left end of the bar. Cable \(B\) is attached at the far right end of the bar. What is the tension in cable \(A\)?

366144 Two equal and opposite forces act on a rigid body at a certain distance. Then

366145 A rod of mass \(m\) and length \(l\) is hinged in vertical wall and the other end is supported by a thread. Find the tension in the thread.

366146 Two uniform boards, tied together with the help of a string, are balanced on a surface as shown in the figure. The coefficient of static friction between boards and surface is 0.5 . The minimum value of \(\theta\), for which this type of arrangement is possible is

366147 A rigid massless rod of length \(L\) is hinged at its one end and a weight \(W\) is hung at a distance \(l( < L)\) from this end.
What force \(P\) should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

366148 A uniform bar of mass \(M\) and length \(L\) is horizontally suspended from the ceiling by two vertical light cables as shown. Cable \(A\) is connected \(1 / 4\) th distance from the left end of the bar. Cable \(B\) is attached at the far right end of the bar. What is the tension in cable \(A\)?

366144 Two equal and opposite forces act on a rigid body at a certain distance. Then

366145 A rod of mass \(m\) and length \(l\) is hinged in vertical wall and the other end is supported by a thread. Find the tension in the thread.

366146 Two uniform boards, tied together with the help of a string, are balanced on a surface as shown in the figure. The coefficient of static friction between boards and surface is 0.5 . The minimum value of \(\theta\), for which this type of arrangement is possible is

366147 A rigid massless rod of length \(L\) is hinged at its one end and a weight \(W\) is hung at a distance \(l( < L)\) from this end.
What force \(P\) should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

366148 A uniform bar of mass \(M\) and length \(L\) is horizontally suspended from the ceiling by two vertical light cables as shown. Cable \(A\) is connected \(1 / 4\) th distance from the left end of the bar. Cable \(B\) is attached at the far right end of the bar. What is the tension in cable \(A\)?

366144 Two equal and opposite forces act on a rigid body at a certain distance. Then

366145 A rod of mass \(m\) and length \(l\) is hinged in vertical wall and the other end is supported by a thread. Find the tension in the thread.

366146 Two uniform boards, tied together with the help of a string, are balanced on a surface as shown in the figure. The coefficient of static friction between boards and surface is 0.5 . The minimum value of \(\theta\), for which this type of arrangement is possible is

366147 A rigid massless rod of length \(L\) is hinged at its one end and a weight \(W\) is hung at a distance \(l( < L)\) from this end.
What force \(P\) should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

366148 A uniform bar of mass \(M\) and length \(L\) is horizontally suspended from the ceiling by two vertical light cables as shown. Cable \(A\) is connected \(1 / 4\) th distance from the left end of the bar. Cable \(B\) is attached at the far right end of the bar. What is the tension in cable \(A\)?

366144 Two equal and opposite forces act on a rigid body at a certain distance. Then

366145 A rod of mass \(m\) and length \(l\) is hinged in vertical wall and the other end is supported by a thread. Find the tension in the thread.

366146 Two uniform boards, tied together with the help of a string, are balanced on a surface as shown in the figure. The coefficient of static friction between boards and surface is 0.5 . The minimum value of \(\theta\), for which this type of arrangement is possible is

366147 A rigid massless rod of length \(L\) is hinged at its one end and a weight \(W\) is hung at a distance \(l( < L)\) from this end.
What force \(P\) should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

366148 A uniform bar of mass \(M\) and length \(L\) is horizontally suspended from the ceiling by two vertical light cables as shown. Cable \(A\) is connected \(1 / 4\) th distance from the left end of the bar. Cable \(B\) is attached at the far right end of the bar. What is the tension in cable \(A\)?