Identify the following descriptive properties of Hydrogen:
atomic mass 2 dp
Identify the following physical properties of Hydrogen:
Melting: −434.5°F, 13.99 K; Boiling: −423.2°F, 20.27 K
Identify the following descriptive properties of Helium:
atomic mass 2 dp
Identify the following physical properties of Helium:
Boiling: −452.1°F, 4.222 K
Identify the following descriptive properties of Lithium:
Identify the following physical properties of Lithium:
Melting: 356.9°F, 453.7 K; Boiling: 2448°F, 1615 K
Identify the following descriptive properties of Beryllium:
atomic mass 2 dp
Identify the following physical properties of Beryllium:
Melting: 2329°F, 1560 K; Boiling: 4474°F, 2741 K
Identify the following descriptive properties of Boron:
Identify the following physical properties of Boron:
Melting: 3771°F, 2350 K; Boiling: 7232°F, 4273 K
Identify the following descriptive properties of Carbon:
atomic mass 2 dp
Identify the following physical properties of Carbon:
Sublimation: 6917°F, 4098 K
Identify the following descriptive properties of Nitrogen:
atomic mass 2 dp
Identify the following physical properties of Nitrogen:
Melting: −346.0°F, 63.15 K; Boiling: −320.4°F, 77.36 K
Identify the following descriptive properties of Oxygen:
atomic mass 2 dp
Identify the following physical properties of Oxygen:
Melting: −361.8°F, 54.36 K; Boiling: −297.3°F, 90.19 K
Identify the following descriptive properties of Fluorine:
atomic mass 2 dp
Identify the following physical properties of Fluorine:
Melting: −363.4°F, 53.48 K; Boiling: −306.6°F, 85.04 K
Identify the following descriptive properties of Neon:
atomic mass 2 dp
Identify the following physical properties of Neon:
Melting: −415.5°F, 24.56 K; Boiling: −410.9°F, 27.10 K
Identify the following descriptive properties of Sodium:
atomic mass 2 dp
Identify the following physical properties of Sodium:
Melting: 208.0°F, 370.9 K; Boiling: 1621°F, 1156 K
Identify the following descriptive properties of Magnesium:
atomic mass 2 dp
Identify the following physical properties of Magnesium:
Melting: 1202°F, 923.2 K; Boiling: 1994°F, 1363 K