I have…
Speed
I have…
Velocity
I have…
Acceleration
I have…
Electron
I have…
Proton
I have…
Neutron
I have…
Atom
I have…
Nucleus
I have…
Distance
I have…
Vector
I have…
Displacement
I have…
Nobel Gases
I have…
Atomic Mass
I have…
Atomic Number
I have…
Ion
I have…
Isotope
I have…
Anion
I have…
Force
I have…
Potential Energy
Who has…
Speed of an object with direction.
Who has…
The rate at which an object moves – includes
direction. Measured in m/s2
Who has…
The negatively charged particle that orbits outside
the nucleus
Who has…
The positively charged particle located inside the
nucleus
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The neutral particle located inside the nucleus
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The smallest unit of matter. Makes up everything
Who has…
The interior of an atom, contains protons and
neutrons
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The actual length between two points – a measure
of the actual length of travel
Who has…
A unit that also includes direction
Who has…
The distance between the true start and the true
end.
Who has…
Elements with a full octet that are nonreactive
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The measure of how heavy an atom is…made up
by adding protons and neutrons
Who has…
The unique number of every element. Defined by
the number of protons
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An atom with the typical number of protons, but a
different number of electrons
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An atom with the typical number of protons, but a
different number of neutrons
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An atom with more electrons than protons
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A push/pull that includes direction and size
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The stored energy of an object. Uses equation
mass*gravity*height
Who has…
A force that changes with gravity – a measure of
I have…
Weight
I have…
Friction
I have…
Newton
I have…
Newton’s first law of motion
I have…
Inertia
I have…
Newton’s second law of motion
I have…
Kinetic Energy
I have…
Mass
I have…
Intensive Properties
I have…
Newton’s third law of motion
I have…
Luster
I have…
Malleability
I have…
Conductivity
I have…
Melting Point
I have…
Freezing Point
I have…
Density
I have…
Extensive property
amount of mass
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A force that opposes the motion between two
objects
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The man who came up the laws of motion and
gravity
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An object in motion stays in motion…
Who has…
The tendency of an object to resist motion
Who has…
It takes more force to move heavier objects, less to
move lighter
Who has…
The energy associated with movement. Defined
with the formula ½ mass*velocity
Who has…
The measure of amount of matter in an object.
Remains constant, no matter the amount of
gravity.
Who has…
Physical properties that do not depend on the
amount of material in a sample (example: density,
color)
Who has…
Every action has an equal and opposite reaction
Who has…
The measure of how reflective the surface of an
object is (shiny)
Who has…
The ability of an object to be pounded into sheets
Who has…
The measure of how easily an object transfer heat
or energy…happens most easily in metal solids due
to touching particles
Who has…
The temperature at which a solid turns to a liquid
Who has…
The temperature at which a liquid turns into a solid
Who has…
How heavy an object is when considering mass
divided by volume
Who has…
Physical property that depends on the amount of
substance available (size, shape, weight, mass..)
Who has…
The machine associated with watch gears and cars.
Made of a large wheel and fixed, rotating axel
I have…
Wheel and axel
I have…
Pulley
I have…
Incline Plane
I have…
Energy
I have…
Valence Electrons
I have…
Oxidation Numbers
I have…
Alloy
I have…
Work
I have…
The law of conservation of energy
I have…
Joules
I have…
Watt
I have…
Convection
I have…
Radiation
I have…
Acid
I have…
Power Equation
I have…
Base
I have…
Screw
I have…
Work Equation
I have…
Salt
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Can be fixed or moving…designed to change the
direction through the use of a grooved wheel
Who has…
Increases mechanical advantage, decreases force
needed, but also increases distance
Who has…
The ability to do work
Who has…
The outermost electrons – defined by the family
number, can have 8 max for a full octet
Who has…
The charge of atoms, how easily they will gain or
lose electrons. (+1, +2, +3, -3, -2, -1)
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Two metals that are bonded together (Steel)
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Increasing energy…if the motion and force are in
the same direction.
Who has…
Energy cannot be created nor destroyed, only
transferred or transformed
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The unit of measure for work and energy
Who has…
The unit of measure for power
Who has…
The movement of heat through air and liquids.
This makes currents when hot rises and cold falls
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The movement of heat in a straight line – can even
occur in a vacuum
Who has…
Tastes sour and donates H+ ions to a solution
Who has…
Work/Time
Who has…
Slippery and donates OH- ions to a solution
Who has…
A incline plane that is wrapped around to make a
device that will hold things together
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Force * Distance
Who has…
The product of an acid + a base. Ionic compound
Who has…
Object with a field of positives and negatives which
create two poles (north/south)
I have…
Magnet
I have…
Lever
I have…
Wedge
I have…
Ionic Bond
I have…
Covalent Bond
I have…
Evidences of chemical changes
Who has…
A machine with a fulcrum, load, and effort
Who has…
Two inclined planes put together, inclines on
outside, that will either separate or hold
something together
Who has…
A bond between a metal and a nonmetal –
crystalline structure and low melting point
Who has…
Bond between two nonmetals, also includes
hydrogen as well as polar and nonpolar
Who has…
Color change, precipitate formed, odor, or
heat/light release
Who has…
The measure of how fast or slow something gets
between two points. Does not include direction
and measured with m/s