Answer:
Building artificial reefs and limiting fishing activity
Explanation:
- Building artificial reefs and limiting fishing activity
-
Introducing non-native species to fill unoccupied habitats and banning fishing
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Building artificial reefs and increasing fishing activity
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Eliminating non-native species and encouraging fishing for large predatory fish
The only activity that can successfully increase the natural biodiversity of fishes in the area would be <u>building artificial reefs and limiting fishing activities.</u>
<em>The building of artificial reefs would create several microhabitats for fishes to thrive while limiting fishing activities would ensure that the rate of thriving or multiplication of fishes far outweighs the rate fishes are being removed from the area. Both actions will work synergistically to increase the natural biodiversity of fishes in the area.</em>
The introduction of non-native species can have a negative consequence for the area as non-native species have a history of reducing biodiversity by outcompeting the native species and becoming invasive.
Building artificial reefs and increasing fishing activities would be counterproductive. While artificial reefs can increase the thriving of fishes, increasing fishing activities would take away the gains of the artificial reefs.
Eliminating non-native species and encouraging fishing for large predatory fish will disrupt the ecological balance of the area and might have negative effects on biodiversity.
Answer:
The correct answer is D: the reactants are generally two ionic compounds in aqueous solution.
Explanation:
A type of reaction in which two reactants participate and exchange ions with each other as the reaction proceeds. Such type of reaction is known as a double displacement reaction. In double displacement reaction, the product formed is precipitate.
Below is the pathway of the double displacement reaction:
AB + CD → AD + CB
In double displacement reaction usually, ionic compounds are involved. The bond formation between the reacting species may be ionic or covalent in nature.
Atoms that have different numbers of neutrons than protons and electrons are called isotopes.
Solution :
Given :
Amount of anserine solution = 0.200 M
pH value is = 7.20
Preparation of 0.04 M solution of anserine from the 0.2 M solution.
0.2 M x
= 0.04 M x 1000 ml
= 200 ml
So the 200 ml of 0.2 M anserine solution is required to prepare0.04 M of anserine.
0.1 M x
= 0.04 x 1000 ml
= 400 ml
Therefore, 400 ml of HCl is needed.