Respuesta :
The purpose of this experiment is to determine effect of force on motion of objects.
Independent variable is force; dependent variable is time; control variables is object mass.
The greater the sum of the forces, the greater the motion of the object.
Mass C was the greatest.
The 1 N block at rest will remain at rest .
the 1 N block, it will move in the direction of the 2 N force.
What is motion and force?
Motion is the change in position of an object with time.
Force is an agent which causes a change in the state or motion of an object.
Considering the experiment:
The purpose of this experiment is to determine effect of force on motion of objects.
The independent variable is force, the dependent variable is time, and control variables is the object mass.
It can be concluded that the greater the sum of the forces, the greater the motion of the object.
Between the three masses A, B, and C, Mass C was the greatest.
When the force is applied on the 1 N block at rest
The 1 N block at rest will remain at rest unless external force greater than 1 N acts on it.
When a 2 N force applied in one horizontal direction on the 1 N block, it will move in the direction of the 2 N force.
In conclusion, force applied on an object produces motion if the force applied is greater that the force on the object. The greater the applied force, the greater the motion of the object.
Learn more about force and motion at: https://brainly.com/question/25239010
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