How to name and write acids and bases

Acids neutralize bases in a neutralization reaction. A salt is any ionic compound that could be made with the anion of an acid and the cation of a base.

How to name and write acids and bases

Preparation of insoluble salts - ionic precipitation Insoluble salts, e. Preparation of soluble salts 1. Volume of alkali added is measured. Next, the product is evaporated to dryness to obtain the salt. In general, the metal is added to the acid until there is no further reaction.

Then the mixture is filtered off to separate Zn from ZnSO4. The crystals then filtered and squeezed between filter papers to dry. By reacting metal oxide with acid Nearly all the metal oxides react with acids, but most require warming, This method is especially suitable for those metals which do not react with dilute acids.

The unreacted oxide is then removed by filtering. The filtrate is a blue solution of copper II sulphate.

how to name and write acids and bases

The crystals are obtained by concentrating the solution by evaporation, and then leaving it to cool. The crystals formed can be removed by filtration. As copper II sulphate crystals contain water of crystallisation, it is important not to evaporate the solution to dryness.

By Reacting Metal Carbonate with Acid Similar to that involving metal oxide and acid, but this time, no heat is required. The carbonate fizzes and gives of carbon dioxide gas. Excess carbonate must be added to ensure that all the acid is neutralised The solution is then filtered to remove unreacted carbonate and evaporate to concentrate the solution for crystallisation E.

Carbon dioxide can be tested by bubbling it into limewater which will turn limewater colourless to milky. Properties and uses of Ammonia produced from nitrogen reacted with hydrogen For producing: The Haber Process The Process: Nitrogen and hydrogen are mixed together in ratio 1: Since the reaction is reversible so H2 and O2, reproduced from decomposition of produced NH3, are passed over the catalyst again to produce ammonia.

Conditions for Manufacturing Ammonia to have high yield of ammonia we should have: Higher pressure Lower temperature But in practice, we use lower pressure of atm and higher temperature of oC.

how to name and write acids and bases

Using low temperature is too slow to reach equilibrium Using high pressure involves safety risk and higher cost Ammonia as fertilizers Plants need nitrogen as one of component for growth and ammonium fertilizers contain nitrogen for that.

Deduce, in terms of nitrogen content, which of these fertilizers best for plants. Problems with Ammonia Eutrophication is the increase in organic content of water when fertilizers leach into soil and washed into rivers and streams.

When excess fertilizers washed away by rain, nitrate ions in it gets into rivers and helps aquatic plants like algae to grow swiftly. When too much algae, water turns murky and sunlight would not penetrate into water to help their growth which in turn lead to deaths of algae.

Decay of this organic matter uses up oxygen, hence killing aquatic animals. Then even more algae dies and even more animals die Water pollution results from runoff of fertilizer use, leaching from septic tanks, sewage and erosion of natural deposits.

Since groundwater is our drink source, when humans drink this water, they will get seriously ill and babies may suffer breathlessness to death MCQ Questions 1. Which of the following gases cannot be removed from the exhaust gases of a petrol powered car by its catalytic converter?

An excess of dilute sulphuric acid reacts with both aqueous barium hydroxide and aqueous barium chloride. In what way are the two reactions the same? In separate experiments, an excess of aqueous sodium hydroxide or aqueous ammonia was gradually added to a solution X. In both experiments, a precipitate was obtained which dissolved in an excess of the added reagent.

What could X contain? Which of the following is a property of ethanoic acid but is not a property of sulphuric acid?(b) CO 2 gas is liberated during the reaction.

When carbon dioxide gas formed in the form of brisk effervescence is passed through lime water, it turns the lime water milky. If excess of carbon dioxide gas is passed through the milky lime water, the solution becomes clear again.

New Pig hazmat chemical absorbent pillow. High-capacity pillows pump up the absorbing power on large spills of corrosive liquids. Absorbs the widest range of acids, bases and unknown liquids, even those with high concentrations like 98 percent sulfuric acid and 30 percent sodium hydroxide. An acid is a molecule or ion capable of donating a hydron (proton or hydrogen ion H +), or, alternatively, capable of forming a covalent bond with an electron pair (a Lewis acid)..

The first category of acids is the proton donors or Brønsted mtb15.com the special case of aqueous solutions, proton donors form the hydronium ion H 3 O + and are known as Arrhenius acids.

Acid | Define Acid at mtb15.com

The purine and pyrimidine bases in cells are linked to carbohydrate and in this form are termed, nucleosides. The nucleosides are coupled to D-ribose or 2'-deoxy-D-ribose through a β-N-glycosidic bond between the anomeric carbon of the ribose and the N 9 of a purine or N 1 of a mtb15.com base can exist in two distinct orientations about the N-glycosidic bond.

solvate: A generic name for a negative ion. For example, water and ammonia undergo such dissociation into hydronium and hydroxide have low charge states and are strongly polarizable. Acids and bases interact, and the most stable interactions are hard–hard and soft–soft. This theory has found use in organic and inorganic chemistry.

Enthalpy of Neutralization Introduction Energy changes always accompany chemical reactions. If energy, in the form of heat, is liberated the reaction is exothermic and if .

Biochemistry of Nucleic Acids