In fact, we have an example of static equilibrium in our classroom. As shown in the picture above, these little birds are in static equilibrium by being able to balance of their beaks on the shoulders of a wild Charlotte. These three little birds in our classroom are primary examples of static equilibrium. They show this because they have weights in their beaks, enabling them to balance on their beaks. Being in static equilibrium, they can balance on their beaks without falling no matter what surface they are on. In addition, static equilibrium can also apply to bridges. Bridges can be in static equilibrium if the weight on top of the bridge is equal to the amount resistance on the bottom of the bridge. The most effective bridges are in static equilibrium
Monday, February 3, 2014
Static Equilibrium
Static equilibrium is defined as when all of the particles in a system are at rest and the total force on each particle is permanently zero. Static equilibrium is connected to Newton's First Law of Motion, or the law of inertia. An object that is in static equilibrium has no force acting upon it, therefore remaining in rest.
In fact, we have an example of static equilibrium in our classroom. As shown in the picture above, these little birds are in static equilibrium by being able to balance of their beaks on the shoulders of a wild Charlotte. These three little birds in our classroom are primary examples of static equilibrium. They show this because they have weights in their beaks, enabling them to balance on their beaks. Being in static equilibrium, they can balance on their beaks without falling no matter what surface they are on. In addition, static equilibrium can also apply to bridges. Bridges can be in static equilibrium if the weight on top of the bridge is equal to the amount resistance on the bottom of the bridge. The most effective bridges are in static equilibrium
In fact, we have an example of static equilibrium in our classroom. As shown in the picture above, these little birds are in static equilibrium by being able to balance of their beaks on the shoulders of a wild Charlotte. These three little birds in our classroom are primary examples of static equilibrium. They show this because they have weights in their beaks, enabling them to balance on their beaks. Being in static equilibrium, they can balance on their beaks without falling no matter what surface they are on. In addition, static equilibrium can also apply to bridges. Bridges can be in static equilibrium if the weight on top of the bridge is equal to the amount resistance on the bottom of the bridge. The most effective bridges are in static equilibrium
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