<span>The breakdown of glucose produces ATP and water, and ATP is then used to provide activation energy for other reactions in a cell.
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Answer:
The correct answers are: Glucose, Sucrose.
Explanation:
- The given question is an example of a Chemical Reaction.
- A Chemical Reaction can be defined as the process by which two or more substances interact with each other in such a way that a rearrangement of chemical bonds and molecular position occurs in them. This alteration in bonds and molecular position results in the formation of a new substance.
- In a chemical reaction, the substances which are responsible for interacting with each other are called the Reactants.
- In a chemical reaction, the new substances those are formed are called the Products.
- A Chemical Reaction can be represented as follows:
W + X → Y + Z.
- Here, W and X are reacting to form Y and Z.
- So, W and X are the Reactants.
- Y and Z are the Products.
- As the Reactants react to form the Products, so the arrow → is represented from the Reactant to the Product.
- In the given question,
glucose + fructose → sucrose + water
- As arrow → always direct from Reactants to the Products, so the left side of the arrow will be the reactants and the right side of the arrow will be the products.
- Hence, the Reactants are Glucose and Fructose.
- The Products are Sucrose and Water.
- So, Glucose and Fructose undergo chemical reaction to form Sucrose and Water.
The greenhouse effect is the effect where carbon dioxide (usually from factory gas emissions, car exhaust gas, etc) gets sent into the Earth's atmosphere , however, instead of disappearing, it gets trapped under the atmosphere of the Earth and cause the temperature of the planet to rise. The temperatures rise since the radiation of the sun's rays gets trapped under the layer of carbon dioxide. This affects climate change since when the globe warms up, our earth begins to warm up too resulting in colder parts of the earth to rise in higher temperatures than usual.
Answer:
<em>➢</em><em> </em><em>Raw water must be treated or clarified prior to being used as makeup water in most utility processes. Clarification removes suspended and dissolved solids, bacteria, and other forms of impurities to help prevent system scale, corrosion, and fouling.</em>
Explanation:
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