The top answer ("the temperature of the bread goes up and the temperature of its surrounding will go down") is a terrible answer because whether baking bread is endothermic or exothermic depends on whether the chemical reactions that take place in the bread release energy or bind energy. That has absolutely nothing to do with the bread getting hot in the oven. Even a brick gets hot inside an oven yet there are no chemical processes occurring.
The thermal decomposition of baking powder. Baking powder is also known as sodium bi-carbonate or sodium hydrogen carbonate. When heted it undergoes thermal decomposition., releasing carbon dioxide in thre process. It is this release of CO2 that makes pastry rise when being baked.,
Baking soda is added to cake batter to help the cake rise by releasing carbon dioxide gas when it reacts with acidic ingredients like buttermilk or vinegar. This reaction creates bubbles in the batter, making the cake light and fluffy.
Baking a cake involves a chemical reaction between the ingredients (flour, sugar, eggs, etc.) that results in a new substance with different properties (the cake). The changes in color, texture, and taste that occur during baking indicate a chemical change has taken place. Additionally, the production of carbon dioxide gas during baking contributes to the rising of the cake, which is another indicator of a chemical reaction.
Baking a cake is a chemical change because the ingredients undergo a chemical reaction when exposed to heat, resulting in a transformation of their molecular structure to form the cake. This is different from a physical change, which does not alter the composition of the ingredients.
An exothermic reaction releases energy in the form of heat to the surroundings. This type of reaction typically feels warm to the touch and has a negative enthalpy change. Examples include combustion reactions and neutralization reactions.
Yes because endothermic is absorbing heat and a cake absorbs heat in order to make it hot. millemat001
Sounds like a homework question. We know that in an exothermic reaction, heat is taken out of the system and given to the surroundings. Whereas in an endothermic reaction, heat is pulled from the surroundings into the system. I am assuming you are thinking of the cookies as the system. So in this case, energy--in the form of heat--is being taken out of the oven and being put into the cookies. The cookies, using the energy increase in temperature, which bakes the cookies, creating the tasty little morsels of joy that cookies are.
An endothermic reaction is one which requires the continuous input of energy. Although some reactions require energy to start them off, e.g. combustion of wood, they will then continue to react and will emit energy, mainly in the form of heat, in an exothermic reaction. Baking a cake requires a continuous source of energy (i.e. the heat from an oven). If you turn the oven off, the cake will not continue cooking by itself. It is therefore endothermic.
A cake produces a permanant colour change and a slight change in weight after baking. That means, It's a chemical reaction.
Baking powder is not a gas, but it does make a cake rise by releasing carbon dioxide into the batter through chemical reaction.
Yes, because baking involve chemical changes.
Endothermic changes are processes where energy is absorbed by the system from its surroundings. This results in a decrease in temperature in the surroundings during the process. Examples include melting ice and evaporating water.
Baking a cake
It is a reaction to the baking soda.
Baking.
you have to go through a process
The thermal decomposition of baking powder. Baking powder is also known as sodium bi-carbonate or sodium hydrogen carbonate. When heted it undergoes thermal decomposition., releasing carbon dioxide in thre process. It is this release of CO2 that makes pastry rise when being baked.,