A block of mass $1 kg$ is suspended by a string of mass $1 kg$, length $1 m$ as shown in figure. $(g=10\,m /$ $s ^2$ ) Calculate: The tension in string at its lowest point.
819-736

  • A
    $10\,N$
  • B
    $15\,N$
  • C
    $20\,N$
  • D
    $25\,N$

Similar Questions

Which of the following groups of forces could be in equibrium

Figure shows two cases. In first case a spring (spring constant $K$ ) is pulled by two equal and opposite forces $F$ at both ends and in second case is pulled by a force $F$ at one end. Extensions $(x)$ in the springs will be

A weight can be hung in any of following four ways by using same string. In which case is  the string more likely to break is :-

If a body is in equilibrium under a set of non-collinear forces, then the minimum number of forces has to be

  • [AIIMS 2000]

Define $SI$ unit of force $N$. Define $CGS$ unit of force dyne.