Parallel force systems are those in which forces act in the same direction. The opposite of a parallel force system is a perpendicular force system, which is a system that has forces acting at right angles to each other.Know More
An example of a parallel force system is a bag of oranges. While the oranges rest in the bottom of the bag, each is in a slightly different position. Accordingly, each has its own vector of force pulling it toward the earth’s center of gravity. However, the person carrying the bag does not feel all of these individual forces. Instead, the person carrying the bag feels the combination of all of the parallel forces as though they were pulling in one direction. The small differences between the force vectors even out, and the bag’s center of gravity appears to be drawn toward the earth.
Another example of a parallel force system occurs when a number of cars traverse over a bridge. Each of the cars is pulled toward the center of the earth by gravity. However, the bridge registers these forces as though they were all one force. This principle allows engineers to design bridges that allow all of the forces present to act as one.Learn more about Motion & Mechanics
Force is any influence to an object which changes its motion, while motion itself is the change in position of an object in relation to is speed, location and acceleration. There cannot be movement without force used against an object to set it in motion.Full Answer >
According to the University of California, parallel veins are the veins in leaves of a plant that run in the same direction as one another. The other type of venation in plant leaves is netted. The type of venation in a plant leaf influences a plant's classification.Full Answer >
The parallel axis theorem states that the "moment of inertia of any object about an axis through its center of mass is the minimum moment of inertia for an axis in that direction in space," according to HyperPhysics. It is also know as Steiner's theorem.Full Answer >
Effort force is the force that moves an object over a distance by overcoming a resistance force. The formula for force is force = mass x acceleration or F = MA and is measured in newtons.Full Answer >