1. The problem statement, all variables and given/known data Two identical blocks A & B each of mass, m, are connected together by a light string, S1, and are placed on a smooth plane inclined at 30degrees to the hotizontal. A second string, S2, is attached to block A and is used to tow the blocks up the slope with S2 inclined at 30degress to the slope. a) Show that if block A is to remain in contact with the slope, the tension in S2 cannot exceed mg.sqrt3 and hence find the maximum possible acceleration of the system. b) Show that the ration between the tensions in S1 and S2 is sqrt3 : 4, independent of the acceleration of the system 2. Relevant equations All the equation you may need to use 3. The attempt at a solution Dont know where to start from. When the questions states if block A needs to remain in contact.. its confusing me.