Acids: School Chemistry Público

Acids: School Chemistry

Niamh Ryan
Curso por Niamh Ryan, actualizado hace más de 1 año Colaboradores

Descripción

This course covers Acids which is often considered as a part of Chemical Changes. Within these modules, we will cover ph levels, concentrates and dilutes, nutralisation, titration and reactions. Quizes will refresh your knowledge as you proceed.

Información de los módulos

Descripción

Welcome. This course covers Acids which is often considered as a part of Chemical Changes. Within these modules, we will cover ph levels, concentrates and dilutes, nutralisation, titration and reactions. Quizes will refresh your knowledge as you proceed.

Elemento multimedia

Contexto

Course Introduction: This course covers Acids which is part of Topic 3: Chemical Changes. The following information, included in this course, is assessed at Higher Tier only: Changes in hydrogen ion concentrations leading to changes in pH The distinction between strong and weak acids and between dilute and concentrated solutions
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Descripción

These notes describe the principal differences between the opposite side of ph balance - acids and alkalis/bases. What happens when they are dissolved in water? Find out here.

Descripción

These flashcard are a handy way to remember the basics of basics. Ph levels and the differing colours of the litmus range. Strong and weak acids. Salts and acids.

Descripción

Notes which discuss ph levels as they are effected by concentration levels. Equations are used to formulate exact acidity levels.

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Revision of acids and bases from the opening sections of this course. Ph levels, concentrations, dilutions and equation questions.

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When acids and bases are combined in equally opposed measures, they are said to 'neutralise' one another. What are the by-products of neutralisation? How can we form a soluble salt?

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This flowchart demonstrates the byproduct of a precipitation reaction, whereby the interaction of a solution and a soluble cause the formation of an insoluble as, in this case, salt.

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Acids and metals react in various ways, which can depend on factors such as the metal's position within the reactionary series. Effects may include effervesence and oxidation.

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Titration is the slow process whereby neutralisation rates are measured by the gradual mixing of a concentrate and another solution. Example included of a sample lab experiment.

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Flashcards with images to help remember the necessary equipment and process for a successful titration experiment.

Descripción

Take this quiz to test your knowledge on the material covered in the second half of this course. Neutalisation and the preparation of insoluble salts and titration are revised here.

Test

Take this quiz to test your knowledge on the material covered in the second half of this course. Neutalisation and the preparation of insoluble salts and titration are revised here.
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