Laws of motion
energy, work power, etc.
fluid
the pendulum
forces of flight
100

Newton's first law is also referred to as the law of ____

inertia

100

a push or a pull

force

100

objects ability to float in a fluid (liquid or gas)

buoyancy

100

one complete cycle back and forth

period

100

A force of flight that pulls the object down 

weight 

200

which of Newton's laws states that an object at rest tends to stay at rest and an object in motion tends to stay in motion unless acted on by an outside force?

first law (also accept law of inertia)

200

ability to do work

energy

200

force over a given area

pressure

200

the energy the pendulum has at the top before it is let go (energy due to position)

potential energy

200

A force of flight caused by air pressure on the wings that counteracts gravity and pushes up on an object

lift

300

Newton's third law states that for every _____ there is an equal and ________ reaction

action/opposite

300

speed with direction

velocity

300

the combination of Charles' Law, Boyle's law and Gay-Lussac's law is called the ______ ______ _______

ideal gas law

300

the energy the pendulum has as it is in motion

kinetic energy

300

a force of flight that increases an objects velocity forward 

thrust

400

In Newton's second law F=ma..

F stands for ______

force

400

measurement of mass in motion

momentum

400

how much space a substance (or object) takes up

volume

400

the measurement of the maximum displacement of the pendulum

amplitude

400

a force of flight that decreases the velocity (caused by air friction)

drag

500

In Newton's second law F=ma

what do "m" and "a" stand for?

mass / acceleration

500

if you run 25 miles out, then turn around and run 25 miles back to where you began at a speed of 10 miles/hour, how much WORK was done

0 (zero) no displacement=no work

500

mass/volume (how much matter in a given space)

density

500

How does increasing mass change the time it takes the pendulum to complete a period?

no change (time stays the same)

500

the force that pulls any two objects towards each other and depends on mass and distance

gravity