Basic Physics || with 100% Error-free Solutions.

Work correct answers when a force is applied to something and it moves. Formula N=f•d. measured in newton meters/ joules Newtons correct answers a unit that is used to measure the amount of force that is applied to something Joules correct answers unit of measuring energy particularly work. It is equivalent to 1 newton meter GPE correct answers stored energy based off of an object's mass, gravitational acceleration, and how high an object is. Measured in Newton Meters/Joules. It occurs during a free fall Potential energy correct answers energy that hasn't happened yet but it could happen Kinetic energy correct answers Energy that moves. Formula is KE=1/2mv^2 Distance correct answers How far something has moved. Measured in meters Displacement correct answers the distance from one place to the other. Measured in meters Speed correct answers the distance something travels per unit of time or how fast something is going. (measure of distance/unit of time) Average speed correct answers total distance traveled divided by the total time of travel (total distance/ total time) Instantaneous speed correct answers the speed at one point in time Velocity correct answers speed where you identify the direction of travel. d/t in a direction.An object moving at a constant speed will have a changing velocity if it changes direction. An object has constant velocity if its speed and direction don't change. Relative motion correct answers one thing moves in relation to another thing. Ex: Earth moves relative to the su Momentum correct answers how much force is needed to change an object's motion. It is the product of its mass and velocity.p=mv p= momentum Acceleration correct answers a change in velocity. If the speed increases then positive acceleration. If the speed decreases then negative acceleration. Measured in how much the velocity changes per unit of time Force correct answers A push or pull on an object that is the result of interaction with another object. measured in newtons. Formula, Force= mass•acceleration. F=ma