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.
<span>Nicotinic acetylcholine receptors (nAChR), are <span>ligand-gated ion channels and they can be a Na+, K+ and Ca2+ ion channel. Since nifedipine is a Ca2+ channel blocker (Ca2+ channel antagonist), it might inhibit the response of acetylcholine (if its receptor is Ca channel).</span></span>
Consciousness refers to a state of awareness or alertness in which the subject is cognizant of one's environment and self. It allows people the awareness to selectively focus on certain stimuli.
The following statements does not describe a key feature of consciousness: C. Consciousness is permanent. In contrast, consciousness is not permanent because consciousness is dependent upon the functioning of the brain.
B. Hydrogen bonds make the positive sides of water molecules stick to each other
