I believe the answer is fish vertebrates. i hope this helped
Explanation:
The rate of photosynthesis increases withe increase in temperature. Photosynthesis like any other chemical reaction responds positively to an increase in temperature.
At high temperatures, enzymes that takes part in the photosynthesis can be destroyed. This is 20°C where enzymes are usually denatured.
- Photosynthesis is the process where green plants manufacture their food using inorganic substances from the environment.
- During photosynthesis, plants combines carbon dioxide with water and produces organic molecules and oxygen.
- Like any other chemical reaction, the reaction will proceed faster with an increase in temperature.
Hypothesis: If temperature is increased then the rate of evolution of oxygen gas increases because the rate of chemical reactions increases with increase in temperature.
Since oxygen is a by product of photosynthesis, we can quantify its rate of production as temperature increases.
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Rate of chemical reaction brainly.com/question/6281756
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Answer:
C) Letter C because the emergence of a mature forest will resist changes to the ecosystem with the greatest success.
Explanation:
Ecosystem stability can be a factor of species diversity within a community. Which letter above would indicate the stage of success in an ecosystem that represents the greatest potential for stability and resilience?
A) Letter A because light levels are high and will promote the greatest growth of primary producers.
B) All letters represent equal opportunity for stability as the area of land does not change over time.
C) Letter C because the emergence of a mature forest will resist changes to the ecosystem with the greatest success.
D) Letter B because aspen, spruce, and pines can provide the most opportunity for primary consumers to hide from their predator species
Answer:
recombination resulting in replacement of the wild type with the mutated gene
Explanation:
Recombination is a process of the formation of new alleles when the original ones are broken down into bits and then ‘recombined’.
When mutation of a cloned gene occurs and the mutated gene is reinserted into a cell, the mutated sequence gene function will have to be disabled which involves recombination resulting in replacement of the wild type with the mutated gene.
