Question

1. two or more units are added together to form a new compound product 2. when a reversible reaction is occurring in both directions at the same rate synthesis reaction 3. all of the chemical reactions in the organism for maintenance of the processes of life metabolism 4. the reactants used to form the products can also be formed from the products activation energy 5. that which is produced as a result of a chemical reaction reversible reaction 6. the energy required to start a chemical reaction exchange reaction 7. a chemical reaction in which the substrates trade constituent parts law of mass action 8. the concentration of reactant product influences the rate and net direction of a reversible reaction chemical equilibrium 9. the compound is broken into its constituent parts decomposition

Answer 1

Part 1.

Answer:

The reaction will be known as synthesis reaction.

Step-by-step explanation:

• A reaction in which two are more than two substances react with each other and some chemical reactions occur giving chemically distinct products, is known as synthesis reaction.
• It indicates the formation of a new and chemically different products from reactants that is why it is called as synthesis reaction.
• Here is an example of synthesis reaction.

A + B → C + D

Part 2.

Answer:

This type of reaction is usually known as the chemically equilibrium.

Step-by-step explanation:

• A reaction is in state of chemical equilibrium when the rate of formation of products in forward reaction is exactly equal to the rate of formation of substance in reverse reaction.
• Usually reaction indicates the cease in change of reactions and change of products.
• Both entities are in equilibrium state.

Part 3.

Answer:

All the reactions in the organism for maintenance of life are known as metabolism.

Step-by-step explanation:

• Usually metabolism refers to catabolic and anabolic reactions in living organism.

Anabolism + Catabolism = Metabolism

• Catabolism is breakdown of large substances into smaller one.
• Anabolism is the formation of large substances from smaller one.
• Examples of metabolisms are respiration, digestion etc.

Part 4.

Answer:

This type of chemical reactions are known as reversible reaction.

Step-by-step explanation:

• Reversible reaction is reaction that has ability to occur reverse or proceeds at the same time in two directions.
• An example of reversible reaction is:

A + B ⇄ C + D

• This is a reversible reaction in which forward reaction is the formation of C and D (products) from A and B (reactants).
• And reverse reaction is the the production of A and B( reactants) from C and D (products).
• The whole reaction forward + reverse reaction is known as reversible reaction.

Part 5.

Answer:

The outcome of any type of reaction is known as the product of that reaction.

Step-by-step explanation:

• In a chemical reaction, there are 2 types of substances involved.
• One that is reacted to form a chemically changed substance and other that is produced as a result of reaction.
• The starting substances are reactants and final outputs are known as products.

A + B → C + D

• For example in above reaction C and D are products of reaction.

Part 6.

Answer:

The energy which is needed to start a chemical reaction is known as activation energy.

Step-by-step explanation:

• If there are two suitable reactants of reaction. They will not start reacting each other to form a product. A specific amount of energy is added to substance which activates them to start a reaction.
• That specific energy is activation energy.
• Activation energy can be in any form like heat, light or some chemical energy.
• For example in photosynthesis the light energy provides activation energy to start producing sugars.

Part 7.

Answer:

This type of reaction is known as exchange reaction.

Step-by-step explanation:

• A chemical reaction is the combination/reaction of two chemical substance to make a third chemical substance.
• So in third substance there will be some parts of one substance and some parts from other.
• So the chemical ions or atoms exchange between reactant to form a new substance.
• That is why such a chemical reaction is known a s exchange reaction as it involves exchange between reactants.

Pat 8.

Answer:

This statement describes the law of mass action/conservation.

Step-by-step explanation:

Law of mass action:

• This law describes that the rate of a reaction depends upon the concentration of reactants or products.
• In a chemical reaction if the concentration of reactants is increased the rate will increase to form the products and consequently the concentration of products will increase and as with reverse reaction.
• The net result will be chemical equilibrium because both rate of forward and rate of reverse reaction will increase.
• Both will equal finally ( chemical equilibrium).

Part 9.

Answer:

The name of reaction is decomposition.

Step-by-step explanation:

• Decomposition is generally known as break down into constituents parts.
• In chemistry, it is known as the type of reaction in which an organic or inorganic chemical substance breaks up forming constituent compounds.
• For example:

AB → A + B

• AB compound undergoes decomposition forming A and B.
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Answer 2

1. Synthesis reaction refers to a chemical reaction when two or more units are supplemented together to produce a new compound.

2. Chemical equilibrium refers to the condition when a reversible reaction is taking place in both the directions at a similar rate.

3. Metabolism refers to all the chemical reactions that take place in the organism in order to maintain the processes of life.

4. A reversible reaction refers to a chemical reaction in which the reactants used to produce the products can also be produced from those products.

5. The product is produced as an outcome of a chemical reaction.

6. Activation energy refers to the energy, which is needed to initiate a chemical reaction.

7. An exchange reaction refers to a chemical reaction where the substrates trade constituent parts.

8. Law of mass action refers to the situation where the concentration of reactant product affects the rate and net direction of a reversible chemical reaction.

9. Decomposition refers to a chemical reaction where the compound is dissociated into its constituent parts.