Atomic Science Memory Match

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Match scientists, models, and facts.

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Miqueilys

United States

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Atomic Science Memory Match


Atomic Science Memory MatchVersion en ligne Match scientists, models, and facts. par Miqueilys 1 Set 1 — Atomic Scientists & Models 2 Set 1 — Atomic Scientists & Models 3 Set 1 — Atomic Scientists & Models 4 Set 1 — Atomic Scientists & Models 5 Set 1 — Atomic Scientists & Models 6 Set 1 — Atomic Scientists & Models 7 Set 1 — Atomic Scientists & Models 8 Set 2 — Subatomic Particles 9 Set 2 — Subatomic Particles 10 Set 2 — Subatomic Particles 11 Set 2 — Subatomic Particles 12 Set 2 — Subatomic Particles 13 Set 3 — Periodic Table Groups 14 Set 3 — Periodic Table Groups 15 Set 3 — Periodic Table Groups 16 Set 3 — Periodic Table Groups 17 Set 3 — Periodic Table Groups 18 Set 3 — Periodic Table Groups 19 Set 3 — Periodic Table Groups 20 Set 4 — Periodic Table Facts 21 Set 4 — Periodic Table Facts 22 Set 4 — Periodic Table Facts 23 Set 4 — Periodic Table Facts 24 Set 4 — Periodic Table Facts 25 Set 5 — Trends & Patterns 26 Set 5 — Trends & Patterns 27 Set 5 — Trends & Patterns 28 Set 5 — Trends & Patterns John Dalton Billiard Ball Model — Atoms are solid, indivisible spheres. J.J. Thomson Plum Pudding Model — Electrons scattered in a positively charged sphere. Ernest Rutherford Nuclear Model — Small, dense, positive nucleus with empty space. Niels Bohr Planetary Model — Electrons orbit the nucleus in fixed energy levels. Erwin Schrödinger Quantum Mechanical Model — Electrons move in orbitals, not fixed paths. James Chadwick Discovered the neutron, found in the nucleus with protons. Democritus First to propose atoms as tiny, indivisible particles. Particle with a positive charge Proton Particle with a negative charge Electron Particle with no charge Neutron Center of the atom Nucleus Region where electrons are found Electron cloud or orbital Group 1 elements Alkali metals Group 2 elements Alkaline earth metals Group 17 elements Halogens Group 18 elements Noble gases Elements along the zigzag line Metalloids Good conductors, shiny, malleable Metals Poor conductors, brittle, dull Nonmetals Number of protons = ? Atomic number Weighted average of isotopes = ? Atomic mass A row on the periodic table Period A column on the periodic table Group or family Group 18 are very stable because… They have full outer shells Metals get more reactive going down Group 1 (alkali metals) Nonmetals get more reactive going up Group 17 (halogens) Atoms get larger as you go… Down a group Atoms get smaller as you go… Across a period (left → right)

Atomic Science Memory Match

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À propos de cette activité

Créé par

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Atomic Science Memory MatchVersion en ligne

par Miqueilys

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 1 — Atomic Scientists & Models

Set 2 — Subatomic Particles

Set 2 — Subatomic Particles

Set 2 — Subatomic Particles

Set 2 — Subatomic Particles

Set 2 — Subatomic Particles

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 3 — Periodic Table Groups

Set 4 — Periodic Table Facts

Set 4 — Periodic Table Facts

Set 4 — Periodic Table Facts

Set 4 — Periodic Table Facts

Set 4 — Periodic Table Facts

Set 5 — Trends & Patterns

Set 5 — Trends & Patterns

Set 5 — Trends & Patterns

Set 5 — Trends & Patterns