$25000 PYRAMID. Group 1  Valence electrons  Group  Alkali Metals  Ionic Bond  Noble Gas  Metal  Moseley.

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Presentation transcript:

$25000 PYRAMID

Group 1  Valence electrons  Group  Alkali Metals  Ionic Bond  Noble Gas  Metal  Moseley

Group 2  Covalent Bond  Metalloid  Non-Metal  Alkaline Earth Metal  Halogens  Period  Mendeleev

PERIODIC TABLE BINGO

 Arranged the periodic table by atomic masses.

 Worked with Rutherford on the Gold Foil Experiment. Died in WWI.

 Most reactive group of elements.

Group that contains the element that is used in heat shields on the space shuttle.

 Most stable group of elements.

 Family of elements that have 7 valence electrons. The “salt-makers”

 One of only 2 elements found as a liquid at room temperature.

 Describes the basic structure of the atom as protons, neutrons and electrons in specific arrangements.

 Element that is found as a gas at room temperature.

 A horizontal row on the periodic table.

 A vertical column on the periodic table.

 The element with 1 proton that is the exception to many rules associated with the periodic table.

 2 nd most abundant element in the universe, but rare on Earth.

 Found on the left side of the periodic table. Usually lustrous with high melting and boiling points.

 Found on the right side of the periodic table. Insulators. Can form covalent bonds.

 Have characteristics of both metals and non-metals. On the staircase (except Aluminum)

 Electrons in the outer-most energy level of an atom. Available for bonding.

 Has 6 valence electrons.

 Wants to give up 3 electrons to become stable.

 Number of elements found in nature. Not man-made.

 Number of natural elements that are found ALONE in nature.

 Bond in which electrons are gained or lost.

 Bond in which electrons are shared.