7 February2014
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7 February2014. Acids and Bases. Learning Objective To learn about neutralisation. Some. Use an ionic equation to describe neutralisation. (A/B). Most. All. State that neutralisation produces a salt plus water. (B/C). Describe how universal indicator is used. (C).

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Acids and Bases

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Acids and bases

7 February2014

Acids and Bases

Learning Objective

To learn about neutralisation

Some

  • Use an ionic equation to describe neutralisation. (A/B)

Most

All

  • State that neutralisation produces a salt plus water. (B/C)

  • Describe how universal indicator is used. (C)

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


Acids and bases

To learn about neutralisation

Starter

Acids – name as many as you can and not just the ones we get in the lab...

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


Acids and bases

To learn about neutralisation

Copy and complete the following equations;

+

Sodium Hydroxide

Nitric Acid

Sulphuric Acid

+

Lithium Hydroxide

Hydrochloric Acid

+

Potassium Hydroxide

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


Acids and bases

To learn about neutralisation

Copy and complete the following equations;

+

Sodium Hydroxide

Sodium Nitrate

Nitric Acid

+

Water

Sulphuric Acid

+

Lithium Hydroxide

Lithium sulphate

+

Water

Hydrochloric Acid

+

Potassium Hydroxide

Potassium chloride

+

Water

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


Acids and bases

To learn about neutralisation

Acids and alkalis.

Acids contain positively charged hydrogen ions H+. Alkalis contain negatively charged hydroxyl OH- ions. When we mix an acid and an alkali these two combine and produce water. If there are equal number of these ions we get a neutral solution

H+ + OH-H2O

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


Acids and bases

To learn about neutralisation

Plenary – worksheet C4a4

All – Describe how universal indicator is used. (C)

Most – State that neutralisation produces a salt plus water. (B/C)

Some – Use an ionic equation to describe neutralisation.(A/B)


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