In the system shown in fig. `m_(1) gt m_(2)` . The system is held at rest by thread BC. Now thread BC is burnt. Answer the following:

Just after burning the thread, what is the acceleration of `m_(2)`?

In the system shown in fig. m_(1) gt m_(2) . The system is held at rest by thread BC. Now thread BC is burnt. Answer the following: Just after burning the thread, what is the tension in the spring?

In the system shown in figure m_(1) gt m_(2) . System is held at rest by thread BC. Just after the thread BC is burnt.

In the system shown in figure m_(1) gt m_(2) . System is held at rest by thread BC. Just after the thread BC is burnt.

In the system shown in fig. m_(1) gt m_(2) . The system is held at rest by thread BC. Now thread BC is burnt. Answer the following: Before burnig the thread, what are the tensions in spring and thread BC, respectively?

In the system shown in fig. m_(1) gt m_(2) . The system is held at rest by thread BC. Now thread BC is burnt. Answer the following: Before burnig the thread, what are the tensions in spring and thread BC, respectively?

In the system shown in figure m_(1) gt m_(2) . System is held at rest by thread BP. Just after the thread BP is burnt :

In the system shown in the figure m_(1) gt m_(2) . System is held at rest by thread BC. Just after the thread BC is burnt :

In the system in the figure m_(1)gtm_(2) system is held at rest by thread BC . Just after the thread BC is burnt:

In the system in the figure m_(1)gtm_(2) system is held at rest by thread BC . Just after the thread BC is burnt: