Match the items on the right to the items on the left.

Accelerating	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Air resistance	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Friction	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Gravitational field strength	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Resultant force	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Terminal velocity	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Velocity time graph	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.
Weight	??? force opposing movement caused by surfaces rubbing against each other. changing in speed (or velocity) over a time interval. acceleration due to gravity, or force per unit mass. the maximum downwards velocity of an object falling through a fluid. drag experienced by moving through air. a force acting on an object caused by gravity. a graph in which velocity (vertical axis) is plotted against time (horizontal axis). force that occurs on an object when two or more forces are applied.