The key difference between bromine and mercury is that bromine is the only halogen that is in a liquid state at room temperature, whereas mercury is the only metal that is in a liquid state at room temperature. Both bromine and mercury can be found in their liquid state at standard temperature and pressure conditions. […]
Difference Between Elastomer and Plastomer
The key difference between elastomer and plastomer is that elastomers show elasticity, whereas plastomers show both plasticity and elasticity. Polymers are macromolecular materials having a large number of repeating units called monomers. Elastomers and plastomers are polymers having specific properties. Plastomers, however, are material with enhanced properties due to the combination of both elastic and […]
Difference Between Delocalization and Resonance
The key difference between delocalization and resonance is that delocalization refers to electrons being distributed throughout the entire area of a molecule rather than attached to a single molecule whereas resonance refers to the stabilization of a molecule due to delocalization of electrons. Delocalization and resonance are related chemical concepts; the resonance effect is explained […]
Difference Between PVC and PTMT
The key difference between PVC and PTMT is that PVC is produced mainly via free radical polymerization, whereas PTMT is produced via condensation polymerization. PVC and PTMT are polymer materials. These materials have different properties, chemical structures, and different applications as well. For example, PVC has a non-aromatic structure, while PTMT has an aromatic structure. […]
Difference Between Colloidal Silica and Reactive Silica
The key difference between colloidal silica and reactive silica is that colloidal silica is the polymeric form of silicon, whereas reactive silica is the non-polymeric form of silicon. Silica or silicon dioxide is a crystalline compound that is common in most rocks, mineral, and sand. This substance forms when silicon and oxygen react with each […]
Difference Between Hall Héroult Process and Hoopes Process
The key difference between Hall Héroult Process and Hoopes process is that Hall Héroult process forms aluminum metal with 99.5% purity, whereas Hoopes process produces aluminum metal with about 99.99% purity. Hall Héroult process and Hoopes process are important in producing pure aluminum metal. Both of these processes are electrolytic processes. The purity of aluminum […]
Difference Between Carbon Tetrachloride and Sodium Chloride
The key difference between carbon tetrachloride and sodium chloride is that carbon tetrachloride is a covalent chemical compound whereas sodium chloride is an ionic chemical compound. Both carbon tetrachloride and sodium chloride are chlorine-containing chemical compounds. However, these two chemical compounds differ from each other according to the chemical structure, properties and applications. CONTENTS 1. […]
Difference Between Nitric Acid and Nitrous Acid
The key difference between nitric acid and nitrous acid is that nitric acid molecule contains three oxygen atoms bound to a central nitrogen atom whereas nitrous acid molecule contains two oxygen atoms bound to a central nitrogen atom. Nitric and nitrous acids are inorganic acids of nitrogen. Both these acids contain nitrogen, oxygen and hydrogen […]
Difference Between Dioxins and PCBs
The key difference between dioxins and PCBs is that most dioxins are naturally occurring substances and are never synthesized for any purpose, whereas PCBs are substances that were synthesized for various technical purposes. Dioxins and PCBs are toxic chemical compounds that can persist in the environment, accumulating in the food chain. Therefore, these are harmful […]
Difference Between Activated Complex Theory and Collision Theory
The key difference between activated complex theory and collision theory is that activated complex theory is more accurate and reliable when describing the reaction rates, whereas collision theory is less reliable. Activated complex theory and collision theory are two important concepts that describe the thermodynamics of chemical reactions. These theories can be used to predict […]
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