Conceptual problem about two blocks released from a compressed string

[KatieLynn]

Homework Statement

Two blocks, A and B, are connected by a compressed string. The mass of bock A is twice that of block B. Immediately after release, compare the net force on block A to the net force on block B. The table is frictionless and the mass of the spring is zero.

1)There is no net force on block A or block B.

2)Fnet of A is equal in magnitude and direction to Fnet B and not zero.

3) Fnet B, will be in the opposite direction and half as large as Fnet A.

4)Fnet A, and Fnet A are both directed toward the left with Fnet A larger than Fnet A, but not twice as large. Block A is pulling block B.

5) Fnet A, will be in the opposite direction and half as large as Fnet B.

6) Fnet A is equal in magnitude and opposite in direction to Fnet B, and not zero.

Homework Equations

I don't think you need any equations.

The Attempt at a Solution

I think it is 5 because A is twice as massive as B so it would take more force to move it the the same and they will be going in opposite directions. Do you agree?

 

[KatieLynn]

I change my mine I think its 6.

 

[ogb p]

I cannot provide a definitive answer without more information about the specific situation and variables involved. However, based on the given information, option 5 seems to be the most likely scenario. Since block A is twice as massive as block B, it would require twice as much force to move it the same distance. Therefore, the force acting on block A must be larger than the force acting on block B, and they must be in opposite directions due to the compressed string pulling them apart. This means that Fnet A will be in the opposite direction and half as large as Fnet B. It is important to note that without knowing the specifics of the situation, it is impossible to determine the exact values of Fnet A and Fnet B.