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Lakieta Earley Danrica Davis.  2 eggs  1 ¼ cup of sugar  ½ cup shortening  Tsp salt  1 ¾ cups of flour  Tsp baking soda  1tsp Vanilla  2 squares.

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Presentation on theme: "Lakieta Earley Danrica Davis.  2 eggs  1 ¼ cup of sugar  ½ cup shortening  Tsp salt  1 ¾ cups of flour  Tsp baking soda  1tsp Vanilla  2 squares."— Presentation transcript:

1 Lakieta Earley Danrica Davis

2  2 eggs  1 ¼ cup of sugar  ½ cup shortening  Tsp salt  1 ¾ cups of flour  Tsp baking soda  1tsp Vanilla  2 squares of chocolate

3  5ml of salt  5ml of baking soda  5ml of vanilla  188 ¼ of shortening  2 squares of chocolate (melted)

4  The chemical change comes in during the baking of the cake and that is the conversion of baking soda (Sodium bicarbonate, Na HCO ₃ ) the carbon dioxide (Co ₂ ) this is what causes the cake to rise as the carbon dioxide bubbles get trapped within the cake.

5  The cake mix goes from a liquid mixture of different mixes to a yummy solid.

6  Baking Soda  (NaHCO 3 )  NaHCO 3 +H=Na+H 2 O+CO 2

7  Sodium Chloride  Polar  Intermolecular forces

8

9  Yes because if you make a cake you can cut it enough to have 26 pieces so every student can have a piece of cake.

10  The content from the chocolate cake gives you energy from the sugar content

11  www. Google.com Brooks, lizze. “ Chemical Reactions Involved Baking a Cake.


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