The problem involves determining the tension in a second cord used to drag a crate across a horizontal surface, given the resultant force acting on the crate and the tension in the first cord. The context includes concepts from vector addition and force components.
Participants are actively engaging with the problem, sharing sketches and discussing the application of vector addition. Some guidance has been provided regarding the calculation of force components, although there is no explicit consensus on the correctness of the sketches or methods used.
There is mention of potential confusion regarding the clarity of the problem setup and the relationship between the forces involved. The discussion reflects a lack of complete understanding of vector addition among some participants.
The problem is perhaps a bit unclear. The forces are applied parallel to the ground. The resultant force (the sum of the 2 vectors) is given. What you have shown as T2 is actually the resultant force. You must calculate the x and y components of the resultant force. Then the x components of each of the cord forces add up to give the x comp of the resultant, and the y comp of each cord force add up to the y comp of the resultant. This will allow you to solve for the x and y comp of T2, from which you can find the mag of T2.jasonbans said:
