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Bohr Model

BOHR ATOMIC MODEL

Simplified model — electrons exist as probability clouds, not orbiting particles

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Lone electron

s orbital

p orbital

d orbital

f orbital

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1 H 1.008

Hydrogen

Nonmetal

Period 1

Group 1

Block s

State Gas

General▼

Category-

Atomic Mass-

Appearance-

Discovered By-

Year-

Origin of Name-

Physical Properties▼

Electronegativity-

Oxidation States

Electron Affinity-

1st Ionization Energy-

Density-

Melting Point-

Boiling Point-

Atomic Radius-

Covalent Radius-

Van der Waals Radius-

Atomic Structure▼

Protons-

Neutrons-

Electrons-

Standard Notation-

Shell Configuration-

Valence Electrons-

Aufbau Diagram

Quantum Numbers

Isotopes▼

Isotope	Abundance	Half-life	Stability	Decay	Daughter

Nuclear Physics▼

Magic Numbers

Protons (Z)

Most Stable N

Decay Chains

Select a decay chain or element not part of a major chain

Spectroscopy▼

Emission Spectrum

380 nm480580680780 nm

Characteristic X-Ray Lines

Line	Energy (keV)

Analytical (ICP-MS)▼

Recommended Isotope

Primary m/z

Detection Limit

Polyatomic Interferences

Uses & Compounds▼

Applications & Uses

Common Compounds

Natural Abundance

Earth's Crust-

Ocean-

Universe-

Human Body-

Material Properties▼

Crystal Structure-

Mohs Hardness-

Thermal Conductivity-

Electrical Conductivity-

Allotropes

Common Reactions

Safety▼

GHS Hazards

Signal Word-

H-Codes-

NFPA 704 Diamond

Exposure Limits

PEL (OSHA)-

TLV (ACGIH)-

Storage & Handling

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PPE Requirements

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