Metallic bonds produce substances that exhibit luster. In metallic bonding, electrons are delocalized, allowing them to move freely throughout the metal lattice. This electron mobility enables metals to reflect light effectively, resulting in their characteristic shiny appearance. Additionally, the closely packed arrangement of metal atoms contributes to this luster.
polar covalent bonds
2 or more substances physically combined, or having no chemical bond
Galena has a metallic luster, which means it appears shiny and reflective like metal.
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The type of bond present in a substance affects its properties by influencing factors such as strength, melting point, electrical conductivity, and solubility. For example, substances with ionic bonds tend to have higher melting points and be soluble in water, while substances with covalent bonds may have lower melting points and be insoluble in water. The type of bond also determines the substance's reactivity and behavior in different conditions.
we think its limekiln
polar covalent bonds
2 or more substances physically combined, or having no chemical bond
Galena has a metallic luster, which means it appears shiny and reflective like metal.
luster is i do not know
Calcite typically exhibits a vitreous or glassy luster.
Luster typically results from metallic bonding, which involves pooled electrons moving freely around metal cations. This arrangement allows for the reflection of light off the surface, giving metals their characteristic shiny appearance.
Apophyllite shows Vitreous and Pearly luster.
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A chemical change produces a new substance. This occurs when the original substances undergo a chemical reaction, resulting in the formation of new substances with different chemical properties.
Halite has a non-metallic luster! Hope it answers ur question ;)
The type of bond present in a substance affects its properties by influencing factors such as strength, melting point, electrical conductivity, and solubility. For example, substances with ionic bonds tend to have higher melting points and be soluble in water, while substances with covalent bonds may have lower melting points and be insoluble in water. The type of bond also determines the substance's reactivity and behavior in different conditions.