Chemical Reaction Collection

Preparation of diethyl ether, wood engraving, published in 1880
Preparation of diethyl ether: condensation of ethyl alcohol (ethanol) and sulfuric acid at a temperature of 130 to 140 A C (273 to 413 A K). Wood engraving, published in 1880

Lead chamber for production of sulphuric acid, 1866. Also known as Oil of Vitriol or H2S04, sulphuric acid was one of the most important industrial chemicals

Interaction 1
Jazzberry Blue

Interaction 2
Jazzberry Blue

Glow
Jazzberry Blue

Preparation of chlorine water, wood engraving, published in 1880
Preparation of chlorine water: Chlorine gas is fed into a filled halfway with water bottle until the water is saturated with chlorine, and continues to flow into the next bottle

Acid manufacturing, 1832. Artist: William Orr
Acid manufacturing, 1832

Antoine Lavoisiers apparatus for synthesizing water from hydrogen (left) and oxygen (right), 1881. The discoverer of oxygen

Sectional view of lead chambers for large-scale production of sulphuric acid, 1870. Also known as Oil of Vitriol or H2S04, sulphuric acid was one of the most important of industrial chemicals

Sectional view of Gay-Lussacs lead chambers and absorption towers, 1870. These were for the large-scale production of sulphuric acid also (Oil of Vitriol or H2SO4)

Lead chambers for large-scale production of sulphuric acid, 1874. Sectional view showing the process from beginning to end from the furnace (left) to the denitrating (or Glover) tower (right)

Distillation of Oil of Vitriol (sulphuric acid or H2S04), 1651. An iron retort with cover, detail at C, D, is placed in a furnace and connected to a receiver at A

Bright blue and orange flame of bunsen burner, close up

Sulphuric acid production. Schematic diagram of the Contact Process to make sulphuric acid from sulphur. Sulphur (yellow) enters a roasting tower on a conveyor belt (far left)

Hand holding two plastic test tubes containing soil, matching them against a pH colour chart

Illustration of process of chemical reaction

Illustration of the Haber Process showing reaction of nitrogen and hydrogen to form ammonia

Digital illustration of underground gasification mixing coal with oxygen and steam while being heated and pressurized

Illustration of Daniell cell, electrochemical cell consisting of copper and zinc plates immersed in

Illustration of chemical liquid reacting in flask

Glass beaker containing copper strips connected to electrodes in copper sulphate solution (copper purification)

Litmus test strip in hydrochloric acid

Metal tray with explosive thermite reaction occuring

Exploding cork, out of bottle of vinegar and baking soda

Copper compound burning with green-blue flame

Differently coloured strips of litmus paper illustrating the acid to alkali spectrum in liquids, close up

Hand dropping acid on sodium hydrogencarbonate causing it to fizz and bubble

Hydrochloric acid added to potassium, in a glass flask

Apparatus for neutralization of acid with a measured amount of alkali with ph indicator in flask, acid half neutralized

Clamp stands holding apparatus to prepare hydrochloric acid using sulphuric acid and sodium chloride

Yeast and sugar solution turned into froth of carbon dioxide (anaerobic respiration)

Solutions of potassium and iodide in water and solution of lead nitrate in water being mixed together, turning yellow and forming a lead iodide

Potassium permanganate diffusing in water, close-up

Chemical explosion in glass flask emitting orange fumes

Space-filling Models showing the Molecules in Decomposition of Sugar to Ethanol and Carbon Dioxide during Fermentation

Potassium reacting and bursting into flames in a bowl of water

Early battery, working by chemical reaction, with zinc strip as negative electrode and copper strip as positive electrode, dipped into vinegar in glass jar

Laboratory apparatus to produce hydrogen sulphide from dilute hydrochloric acid and iron sulphide

Glass dish with suspension of sulphur in sodium sulphite heated on a tripod

Laboratory apparatus for the production of oxygen from catalytic decomposition of hydrogen peroxide

Litmus test strip in tap water

Launching of the rocket carrying the soviet space probe venera 7 towards venus, august 17, 1970
Blue flame, close up

Pouring liquid into flask, causing percipitate reaction

Flask with purple liquid

Titration experiment, adding chemical of known concentration to test solution, effecting colour change

Making iron chloride through chemical reaction

Battery connected to a copper pipe and a key in copper sulphate solution, copper plating

Causing chemical reaction by pouring red liquid from test tube into glass containing a different liquid

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"Unveiling the Mysteries: The Glowing Dance of Chemical Reactions" Glow: Witness the mesmerizing radiance as chemical elements unite in a captivating dance of light and energy. Interaction 1: Explore the intricate web of reactions where atoms collide, bond, and transform, creating new substances with unique properties. Interaction 2: Behold the dynamic interplay between reactants and products, as they engage in a constant exchange of electrons and energy. Preparation of diethyl ether, wood engraving published in 1880: Step back in time to witness the meticulous craftsmanship involved in preparing diethyl ether - an essential compound with diverse applications. Lead chamber for production of sulphuric acid, 1866: Delve into history's industrial revolution as massive lead chambers played their part in producing one of chemistry's most vital compounds - sulphuric acid. Preparation of chlorine water, wood engraving published in 1880: Discover how chlorine water was meticulously prepared through careful chemical processes that harnessed its powerful disinfectant properties. Acid manufacturing, 1832. Artist William Orr: Appreciate the artistic representation capturing early acid manufacturing techniques that paved the way for countless scientific advancements. Antoine Lavoisier's apparatus for synthesizing water from hydrogen (left) and oxygen (right), 1881: Marvel at Lavoisier's groundbreaking apparatus that revealed water's true composition – a milestone moment unveiling nature’s hidden secrets. Sectional view of lead chambers for large-scale production of sulphuric acid, 1870: Peer inside colossal lead chambers which facilitated mass production methods crucial to meet society’s growing demand for sulphuric acid during industrialization. Sectional view of Gay-Lussac's lead chambers and absorption towers, 1870: Witness Gay-Lussac’s innovative design featuring absorption towers, revolutionizing sulphuric acid production and minimizing environmental impact.