voko said:What forces act on the 30 kg mass? What forces on the 10 kg mass? What are the resultant accelerations?
voko said:Gravity and tension act on the little mass. The big mass is on the table, so there is also the reaction force, which cancels the force of gravity on it.
voko said:Of course.
The mass of the object affects the tension in the cord and therefore the acceleration of the object. A heavier mass will require more force to accelerate it, resulting in a higher tension in the cord.
The tension in the cord is directly proportional to the mass of the object. As the mass increases, so does the tension in the cord.
A smooth table reduces the amount of friction between the mass and the surface, allowing for smoother and more consistent motion. This means that the object will experience less resistance and will be able to move more easily.
Yes, the length of the cord affects the motion of the mass. A longer cord will allow for a greater range of motion, while a shorter cord will limit the distance the mass can travel.
If the table is not horizontal, the motion of the mass will be affected by the force of gravity. The mass may roll or slide down the incline, depending on the angle of the table. The tension in the cord may also change as the mass moves along the incline.