refers to the object resistance to motion relative to the surface it is sliding against.

used to determine the work done by a force on a system

force exerted upon an object by a surface, such that the force is parallel to it

responsible for attracting 2 objects that have MASS, or the amount of matter available in object.

scalar product of vectors

the type of friction exerted on an object when it is sliding on a surface, such that the two surfaces are moving with respect to each other.

keeps the atoms from seperating together due to the electric force from the repulsion of the protons

refers to the force exerted upon an object by the surface with which it is in contact with

the rate at which force does work when time approaches

states that the total energy of a system neither increases or decreases, rather, it only gets changed from one form to another

uniform circular motion is also called?

states that if an object A applies a firce on object B, object B applies a force on object A such that the two forces comprise a respective ACTION AND REACTION PAIR

the vector for VELOCITY and the vector for ACCELERATION are always

act between objects that are distant and are seperated by vacant space

occurs when an object traverses a circular path with constant speed

forces that generate work which DEPENDENT on the path taken by the object.

present in an isolated system remains unchanged if there is no friction involved.

a force applied to an object by a person or another object

implies that the value of a quantity has remained unchanged or constant over time

responsible for the repulsion or attraction between moving charged particles

between electric charge can either be attractive or repulsive.

the magnitude of a acceleration is ____________ to the magnitude of the net external force exerted on an object of a given mass.

interaction that brings about a direct physical contact between two objects

signified by the greek letter w, refers to the number of revolution completed by an object AROUND its circular path

found in radioactive process

a vector diagram that illustrates the overall picture of thw magnitude and direction of the forces that influence an object in a given scenario.

number of revolutions in a unit of time, and PERIOD/TIME (t)

is a force opposite the relative motion of the object as it moves through the air

the energy in the form of motion

means "seeking the center"., refers to a force that is directed toward a fixed focal point

refers to the speed of an object ALONG its circular path.

occurs when there is no relative motion between 2 surfaces.

equivalent to the square of the speed divided by the radius r the circular path. the direction is perpendicular to the velocity and directed toward the circle's center.

a force exerted by a compressed or stretched spring to an object

referred to as the pull or push exerted upon an object as it interacts with another object.

the SI unit of mass

work is done on an object when it

refers to any object that has an initial velocity, but oroceeds through a path called a TRAJECTORY.

pulling force exerted upon an object by a cord it is attached to

the rate of doing work

one important application of friction

refers to a change in velocity.

are forces that generate work that depends on the initial and final position of the object

exerted by one electric charge to another, both for stationary and moving charges