Fisher projection is the representation of organic molecule in2-D without destroying the3-D stereochemical information.
<h3>What does a Fischer projection in organic chemistry mean?</h3>
A Fischer projection is a drawing technique used in organic chemistry to depict molecules in two dimensions while maintaining the three-dimensional stereochemical information regarding the absolute arrangement at chiral centers.
<h3>What sets the Fischer projection apart from the Haworth projection?</h3>
In contrast to Fischer projections, which are used to represent sugars in their open-chain form, Haworth projections are typically employed to represent sugars in their cyclic forms.
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Sulfuric acid reacts violently with alcohol and water to release heat. It reacts with most metals, particularly when diluted with water, to form flammable hydrogen gas, which may create an explosion hazard. ... Hazardous decomposition products are as follows: sulfur dioxide, sulfur trioxide, and sulfuric acid fumes.
Answer:
2. precipitate is formed
Explanation:
In this reaction barium nitrate and sodium sulfate solutions react to form a barium sulfate precipitate.Barium and sulfate ions will react to give barium sulfate precipitate where as the sodium and nitrate ions are spectator ions.
The net ionic equation after removing unchanged ions from each side of the full ionic equation will be;
Ba²⁺+ SO₄²⁻ → BaSO₄ (s)
From the group I A of the periodic table of the element can the chemist infer the element.
Answer:
La velocidad de reacción se ralentizará más rápidamente de lo habitual.
Explanation:
Dado que los factores que influyen en la velocidad de una reacción química son;
1) Temperatura de la mezcla reaccionante
2) Concentración (para líquidos) y área superficial de presión (para gases) (para sólidos) de los reactivos
3) catalizador
4) Reactantes naturaleza
5) Orientación de las moléculas reactivas reactivas
Tenemos que, específicamente, disminuir la temperatura del reactivo disminuye la probabilidad de que las moléculas de los reactivos involucrados en colisiones dentro de la mezcla tengan suficiente energía (que es igual o mayor que la energía de activación, Ea) para que la reacción se complete . Es decir, habrá una disminución en las colisiones efectivas (colisiones que provocan una reacción) y la reacción se ralentizará.
Dado que la velocidad de reacción se ralentiza con el tiempo, los reactivos de enfriamiento lento ralentizan rápidamente la reacción.
