2.  The way an object reflects light;  Examples  Shiney  Dull  Metalic  Waxy

3.  How well an object can be hammered into thin sheets.  Examples  Flattened penny  Aluminum can  Tin foil  Aluminum foil

4.  How well an object allows electricity to move through.

5.  Can be stretched into wire.

6.  Attracted to or repelled by a magnet.

7.  Produces a sound when struck with another object.

8.  Elements which have physical properties such as good conductivity, shiny luster, malleability and ductility.

9.  Elements which have physical properties such as no conductivity (an insulator), dull luster, and brittleness (will break).

10.  Elements which can have both properties of metals and nonmetals.  Also may be called a semi-conductor.

11.  Density = mass/volume  D=m/v  (I density)

12.  V = L x W x H  Volume=length x width x height

13.  A method used to calculate the volume of an irregular shaped object.