The ability to be stretched into a thin wire. A. Conductivity B. Luster C. Classify D. Ductility

Measureable characteristics that describe the physical state of something including mass, magnetism, temperature, density, shape, volume and conductivity. A. Insulator B. Conductor C. Physical Properties D. Classify

Most typically solid, shiny, malleable, and good conductors of heat and electricity. A. Metals B. Nonmetals C. Metalloids D. Classify

To sort or to put into groups. A. Matter B. Luster C. Atom D. Classify

A physical property that describes a substance’s tendency to break, snap or crack. Luster Conductivity Matter Brittleness

A physical property that describes a substance’s tendency to transfer heat, electricity, or sound. Brittleness Conductivity Malleability Luster

A physical property that describes the way the surface of a substance shines or reflects. Conductivity Luster Malleability Matter

Anything that has mass and takes up space Matter Luster Brittleness Malleability

A physical property that describes a substances ability to be shaped or formed into thin sheets. Conductivity Brittleness Malleability Matter

A pure substance composed of one type of atom. Element Classify Matter Luster

A material that does not conduct heat or electricity. A. Classify B. Element C. Conductivity D. Insulator

Elements that have properties of both metals and nonmetals; semiconductors A. Classify B. Nonmetals C. Metals D. Metalloids

Substance that shows the property of electrical conductivity between that of a conductor and that of an insulator; foundation of modern electronics. A. Semiconductor B. Luster C. Brittleness D. Classify

Allows energy to flow through or conducts electricity. Classify Element Conductivity Insulator

Typically not shiny, not malleable, and poor conductors of heat and electricity, usually gases or brittle solids Classify Element Conductivity Non-metals

Smallest particle of an element composed of protons, neutrons and electrons Classify Atom Conductivity Insulator