When a person touches an uncharged object, the transfer of electrons between the person and the object can cause a build-up of static electricity. When the charge difference becomes great enough, a spark can occur as the excess charge jumps the gap between the person and the object, equalizing the charge.
Near the charged object, there is a high charge, near the uncharged object a low charge. As you bring them together the gradient between the two gets steeper and steeper until it is strong enough to pull electrons away from the atoms in the air, ionizing it. The ionized air conducts electricity better, making the gradient steeper still, and a chain reaction occurs. The energy stored is released in a sudden discharge, causing the heat, light and sound of the spark. Lightning follows the same principle.
The rearrangement of electrons on an uncharged object without direct contact with a charged object can occur through induction. This process involves bringing a charged object near the uncharged object, which causes a temporary separation of charge within the uncharged object. The closer charged object induces a redistribution of electrons within the uncharged object, resulting in one side becoming more negatively charged while the other becomes more positively charged.
That's a pretty good definition of the object's "acceleration".
When a force is applied to an object, it can cause the object to accelerate, move, deform, or change its shape. The specific changes that occur depend on factors such as the magnitude and direction of the force, as well as the properties of the object, such as its mass or elasticity.
When you do positive work on an object, the object's energy increases and its motion or position may change as a result of your efforts.
Near the charged object, there is a high charge, near the uncharged object a low charge. As you bring them together the gradient between the two gets steeper and steeper until it is strong enough to pull electrons away from the atoms in the air, ionizing it. The ionized air conducts electricity better, making the gradient steeper still, and a chain reaction occurs. The energy stored is released in a sudden discharge, causing the heat, light and sound of the spark. Lightning follows the same principle.
The rearrangement of electrons on an uncharged object without direct contact with a charged object can occur through induction. This process involves bringing a charged object near the uncharged object, which causes a temporary separation of charge within the uncharged object. The closer charged object induces a redistribution of electrons within the uncharged object, resulting in one side becoming more negatively charged while the other becomes more positively charged.
They occur when a heavy object falls onto a person, splitting the skin and shattering or tearing underlying structures
Where it changes a word into a noun which is the form and the something for example, occur. The noun form of occur is occurrence so it's changing the verb into a noun - person, place and object.
Resonance can occur when an object vibrates at another objects resonant frequency.
by an object blocking light
Referentail dependencies occur when an object is referenced in the definition of another object
That's a pretty good definition of the object's "acceleration".
When a force is applied to an object, it can cause the object to accelerate, move, deform, or change its shape. The specific changes that occur depend on factors such as the magnitude and direction of the force, as well as the properties of the object, such as its mass or elasticity.
collision
In baseball, a force out can occur when there are no runners on base if a fielder touches the base before the batter-runner reaches it.
ATP is needed for these two transport mechanisms to occur.