Franklin Veaux

Posted inin Chemistry

What Do Computational Chemists Do? Key Activities, Tools, and Impact on Research

Posted byby Franklin Veaux
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2 min

What Exactly Do Computational Chemists Do? Computational chemists apply computer simulations to study chemical systems and reactions. They create models that predict molecular behavior and properties, supporting experimental work and...

Posted inin Chemistry

Are Diamonds Forever? Unpacking Stability, Decay, and Scientific Insights on Their Longevity

Posted byby Franklin Veaux
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4 min

Are Diamonds Forever? Diamonds are not truly forever; they are a metastable form of carbon that will eventually convert to graphite given sufficient time and appropriate conditions. However, this transition...

Posted inin Chemistry

Why Krypton Has 2 Valence Electrons Despite 8 in the 4th Shell

Posted byby Franklin Veaux
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2 min

Why Does Krypton Have 2 Valence (Bonding Capacity) But 8 Valence Electrons? Krypton’s bottom number “2” indicates its valence or bonding capacity, not the count of valence electrons. Although krypton...

Posted inin Chemistry

ELI 5: What is the Kinetics Rate Constant and Why It Matters in Reactions

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6 min

ELI 5: Understanding the Kinetics Rate Constant The kinetics rate constant (k) defines the speed of a chemical reaction under given conditions. It quantifies how fast reactants convert to products,...

Posted inin Chemistry

Chemistry Jokes to Make Your PhD Boss Laugh: A Guide to Humor in the Lab

Posted byby Franklin Veaux
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4 min

My Boss Has a PhD in Chemistry—What Are Some High Level Chem. Jokes I Could Make Him Laugh At? High-level chemistry jokes for a boss with a PhD in chemistry...

Posted inin Chemistry

Titanium Dioxide: Uses, Risks, and the Regulatory Landscape Surrounding This Ubiquitous Mineral

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7 min

Titanium Dioxide: Uses, Risks, and Regulatory Status Titanium dioxide (TiO2) is a naturally occurring mineral widely used for its white pigmentation and opacity in products like food, cosmetics, and paints....

Posted inin Chemistry

Three Toxic Elements on the Periodic Table: Cadmium, Lead, and Arsenic Explained

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4 min

Three of the Most Toxic Elements on the Periodic Table: Cadmium, Lead, and Arsenic Cadmium, lead, and arsenic rank among the most toxic elements known in chemistry, exhibiting significant health...

Posted inin Inorganic Chemistry

Why Isn’t Br− a Strong Nucleophile in This Reaction? Analyzing Factors and Mechanisms

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2 min

Why Isn’t Br− the Better Nucleophile Here? Br− is not the better nucleophile in this context despite its intrinsic strength because ethanol is present in large excess and reaction conditions...

Posted inin Chemistry

How Catalysts Function: Understanding Their Role in Reaction Rates and Activation Energy

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3 min

How Do Catalysts Actually Work? Catalysts accelerate chemical reactions by providing alternative pathways with lower activation energy, forming transient intermediates, and modulating reactant properties, all without being consumed in the...

Posted inin Chemistry

Separation Techniques for Camphor and Its Essential Oil: Key Methods and Considerations

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7 min

Separation of Camphor and Its Essential Oil: A Detailed Overview The separation of camphor from camphor essential oil involves exploiting their distinct physical and chemical properties, mainly through advanced extraction...