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Science of baking revision

Total questions: 29

Worksheet time: 15mins

Name
Class
Date
1.

What is the primary function of flour in baking?

a)

Provide structure

b)

enhance flavour

c)

Act as a leavening agent

d)

Add sweetness

2.

Which ingredient is responsible for making dough rise?

a)

butter

b)

sugar

c)

yeast

d)

salt

3.

What does gluten do in baking?

a)

makes the dough elastic

b)

acts as a preservative

c)

adds colour

d)

provides sweetness

4.

What is the main role of eggs in baking?

a)

provide moisture

b)

act as a sweetner

c)

prevent overbaking

d)

stabilise the structure

5.

Which type of sugar is commonly used in cookies for a chewy texture?

a)

granulated sugar

b)

brown sugar

c)

powdered sugar

d)

honey

6.

Which leavening agent reacts with an acid to produce carbon dioxide?

a)

salt

b)

baking powder

c)

yeast

d)

baking soda

7.

What is blind baking?

a)

Baking in complete darkness

b)

Baking a pie crust without filling

c)

Baking without looking at the oven

d)

Baking with the oven door open

8.

What does ‘proofing’ mean in baking?

a)

baking at a low temperature

b)

rolling out dough

c)

Checking the dough temperature

d)

Allowing dough to rise

9.

What is the purpose of folding in baking?

a)

Gently combining ingredients to retain air

b)

Kneading the dough

c)

Chilling the dough

d)

Mixing ingredients vigorously

10.

What does ‘tempering’ chocolate mean?

a)

Melting chocolate completely

b)

Slowly heating and cooling chocolate for stability

c)

Adding milk to chocolate

d)

Freezing chocolate before use

11.

What is the purpose of scoring bread dough?

a)

To make slicing easier

b)

To make it bake faster

c)

To add decoration

d)

To help it rise properly

12.

Which ingredient is used to create a flaky texture in pastries?

a)

Eggs

b)

Sugar

c)

Milk

d)

Butter

13.

What happens if you overwhip egg whites?

a)

They become sweeter

b)

they become too runny

c)

They collapse and lose structure

d)

They thicken into a paste

14.

Which of the following is NOT one of the four food properties?

a)

functional

b)

Chemical

c)

Nutritional

d)

physical

15.

What is an example of a physical property in food?

a)

The core, flesh, and skin of an apple

b)

The sweet taste of chocolate

c)

The protein content in eggs

d)

How butter melts in heat

16.

Which of the following describes sensory properties?

a)

The nutritional value of food

b)

The scientific changes food undergoes when cooked

c)

The visible structure of food

d)

The taste, texture, mouthfeel, aroma, and appearance of food

17.

What is one of the key roles of fat in baking?

a)

It adds water content to the bake

b)

It tenderises and inhibits gluten development

c)

It prevents the dough from rising

d)

It enhances the sweetness of baked goods

18.

How does fat help prolong the shelf life of baked goods?

a)

By reducing the amount of sugar needed

b)

By increasing gluten development

c)

By preventing starch crystallization and water evaporation

d)

By lowering the baking temperature

19.

What happens when butter in flaky pastry melts during baking?

a)

It releases steam, pushing apart the dough structure and creating layers

b)

It hardens the gluten structure, making the pastry tough

c)

It adds extra sweetness to the pastry

d)

It prevents browning by cooling the dough

20.

Which ingredient is essential for activating yeast in bread making?

a)

Warm water

b)

Butter

c)

Sugar

d)

Salt

21.

Why is it important to preheat the oven before baking?

a)

To ensure even baking and proper rise

b)

To save energy

c)

To melt the ingredients

d)

To make the kitchen warm

22.

What role does salt play in baking?

a)

It acts as a leavening agent

b)

It enhances flavor and strengthens gluten

c)

It adds sweetness

d)

It prevents the dough from rising

23.

What are the two main components of flour used in baking?

a)

Starch and Gluten

b)

Sugar and Gluten

c)

Fiber and Water

d)

Protein and Fat

24.

What is dextrinisation?

a)

The reaction between sugar and protein to create a golden brown color

b)

The breakdown of starch into dextrin when exposed to dry heat, resulting in a golden brown color

c)

The process where starch absorbs water and thickens

d)

The process of gluten forming a network with water

25.

Which of the following best describes gelatinisation?

a)

The expansion of yeast in dough

b)

Gluten forming a network with water

c)

Sugar and protein react to create a golden brown color

d)

Starch granules absorb liquid when heated, forming a gel

26.

What happens when glutenin and gliadin proteins come into contact with moisture?

a)

They bond together to form gluten, which traps air and provides structure

b)

They dissolve and disappear

c)

They create a gel that thickens the mixture

d)

They break down into dextrin

27.

How does kneading affect gluten development?

a)

It reduces the amount of starch in the dough

b)

It weakens the gluten network

c)

It evenly distributes moisture and strengthens the gluten network

d)

It prevents air pockets from forming

28.

What is the role of salt in gluten development?

a)

It weakens the gluten network

b)

It strengthens the gluten network

c)

It prevents yeast from fermenting

d)

It reduces the absorption of water

29.

What type of flour would produce a strong gluten network?

a)

Soy flour

b)

Low-protein flour

c)

High-protein flour

d)

Oat flour