![In the following figure, the blocks A,B & C are in equilibrium. The spring of stiffness k is light and vertical. The horizontal string joining the block A to a fixed wall In the following figure, the blocks A,B & C are in equilibrium. The spring of stiffness k is light and vertical. The horizontal string joining the block A to a fixed wall](https://toppr-doubts-media.s3.amazonaws.com/images/1728784/c6213046-4c07-4e23-9655-ca6a03a4be67.jpg)
In the following figure, the blocks A,B & C are in equilibrium. The spring of stiffness k is light and vertical. The horizontal string joining the block A to a fixed wall
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Solved: 25. A string is cut into 3 pieces, A, B, and C in the ratio 1:2:4. If C is longer than B b [Math]
![Find out which block will have zero acceleration just after cuttingA. spring between ABB. string between BCC. spring between BCD. string between CDInitially entire system is in equilibrium\n \n \n \n \n Find out which block will have zero acceleration just after cuttingA. spring between ABB. string between BCC. spring between BCD. string between CDInitially entire system is in equilibrium\n \n \n \n \n](https://www.vedantu.com/question-sets/c3e118e8-c6e8-4700-b46e-caa27f54847a3827066286151152736.png)
Find out which block will have zero acceleration just after cuttingA. spring between ABB. string between BCC. spring between BCD. string between CDInitially entire system is in equilibrium\n \n \n \n \n
![SOLVED: The acceleration of block B just after the string connecting the block C to the wall is cut: a) 0 b) 28 m/s² c) 14 m/s² d) 20 m/s². Can anyone SOLVED: The acceleration of block B just after the string connecting the block C to the wall is cut: a) 0 b) 28 m/s² c) 14 m/s² d) 20 m/s². Can anyone](https://cdn.numerade.com/ask_images/0db5c3e35bcb439084e31d258ad66dc1.jpg)