Cry Shape HeartyAnswer:Cry Shape Hearty
Cry Shape HeartyCry Shape Hearty
Cry Shape HeartyExplanation:Cry Shape Hearty
Cry Shape HeartyCry Shape Hearty
That answer would be no. because not all of them are the same.
The categorization of the characteristics based on whether they are describing chloroplasts or mitochondria are as follows:
- <u>Mitochondria:</u> carry out cellular respiration.
- <u>Chloroplasts:</u> carry out photosynthesis.
- <u>Mitochondria:</u> found in plant and animal cells.
- <u>Chloroplasts:</u> produce carbohydrates used as source of food for most living things.
- <u>Mitochondria:</u> abundant in human muscle cells.
- <u>Chloroplasts:</u> not found in animal cells.
- <u>Chloroplasts:</u> contain chlorophyll.
<h3>What is a cell?</h3>
A cell can be defined as the fundamental functional, structural and smallest unit of life, which is found within the body of an organism.
Some examples of cell organelles that are found in the body of an organism include the following:
- Mitochondria.
- Nucleus.
- Endoplasmic reticulum (ER).
- Vesicles.
- Cytoplasm.
- Cell membrane.
- Chromosome.
- Golgi apparatus (bodies).
- Chloroplast
<h3>What is
mitochondria?</h3>
Mitochondria can be defined as one of the cell organelles that is found in the body of a living organism.
Also, mitochondria is known as the powerhouse because it is saddled with responsibility of providing all the energy required in the cell, especially by transforming energy forms through series of chemical reactions.
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<u>Complete Question:</u>
Categorize the following characteristics based on whether they are describing chloroplasts or mitochondria.
Chloroplasts Mitochondria
Carry out cellular respiration
Carry out photosynthesis
Found in plant and animal cells
Produce carbohydrates used as source of food for most living things
Abundant in human muscle cells
Not found in animal cells
Contain chlorophyll
Answer:
Planet Y
Explanation:
Planet Y has the smaller period because it takes less time to orbit the star. This is because it has less distance to travel compared to X.
Directional selection favors one of the extreme phenotypes. Option B). Fewer plants with thin seed coats will be able to germinate, leading to a higher proportion of plants that produce seeds with thick seed coats.
<h3>What is directional selection?</h3>
Directional selection increases in the proportion of individuals with an extreme phenotypic trait.
There must be a selective pressure or environmental pressure acting on populations to lead the species to increase the number of individuals expressing that extreme phenotype.
This selection presents more frequently in those cases in which interactions between living organisms and the environment modify in the same direction.
In the exposed example the environmental pressure is drought during several years.
Drought periods decreases the fitness of plants that produce thin seed coats because they dehydrate before germinating.
Originally the population expressed both types of seeds. But after the drought pressure, only plants that produce seeds with thicker coats got to survive and reproduce.
The correct option is B). Fewer plants with thin seed coats will be able to germinate, leading to a higher proportion of plants that produce seeds with thick seed coats.
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