Answer:
Photosynthesis is the process that allows plants to gather energy from the sun and transform it into energy they can use. How exactly does the process of photosynthesis work? Creating a model of a cell or examining a diagram can help you understand the process of photosynthesis. The diagram found above will give you some quick intuition about the process, letting you see its primary components. However, to gain a thorough understanding of the photosynthesis process, we’ll want to go over the process in more detail and examine how each of the component pieces operates. Let’s begin by taking a look at the reactants of photosynthesis. The necessary components or ingredients for photosynthesis include light energy, oxygen, carbon dioxide, and water. These are referred to as the reactant's photosynthesis. The cells of the plant will take in carbon dioxide, water, and sunlight and convert it into usable energy through photosynthesis. Given that carbon dioxide and water are the necessary ingredients for the creation of glucose, or sugar, the chemical equation for photosynthesis can be represented in this form:
6 CO2 + 6 H2O → C6H12O6 + 6 O2
Explanation:
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ASAP!! how does a temperate coniferous forest differ from a taiga forest? (select all that apply).
A. they have coiferous trees
B. they have warm summers
C. they are found near the coastline
D. they receive a good amount of rainfall
The coniferous forest is different from a taiga forest due to having coniferous trees, warm summers and receive a good amount of rainfall.
What is coniferous forests?Coniferous forest has cone-bearing needle-leaved and evergreen trees. This type of forests are found in areas that have long winters and moderate to high annual precipitation so we can conclude that coniferous forests have coniferous trees, warm summers and a good amount of rainfall.
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Which best explains the effect of reforestation on land?.
Answer: It allows crops to grow in wide steps along slopes.
Explanation: I took the test in edge 2022.
P.S can you give me the brainiest?
A population of white-tailed deer inhabits a certain patch of forest in michigan. Which group of alleles can be considered the gene pool of those deer?.
Answer:
the dominant alleles of white-tailed deer in this population only!
Explanation:A group of individuals of the same species that interbreed with each other is known as a population. The study of change in genetics is called population genetics which includes genes and alleles.
Complete set of genes and their alleles that are present in a population is called gene pool. Gene pool includes both dominant and recessive alleles of every gene present in a population that can be transmitted in the next generation.
Population with high genetic pool has high diversity which increases the fitness of a population. As gene pool include all the genes and its allele in a population, therefore, the correct answer is all alleles of the white-tailed deer in this population only.
How do you preserve a flower ? please help
Answer:
Hang them upside down in a dark, dry, well-ventilated area. Keeping the flowers out of direct sunlight will help them retain their color. The drying process will take about two to three weeks. Once dried, take down the flowers and spray with unscented hairspray for protection.
Deoxygenated blood travels to the lungs through the.
Explanation:
Pulmonary Arteries where the blood is re-oxygenated.
Which statement correctly summarize the results of this investigation
Answer:
it's C)
Explanation:
...............
Which male reproductive structure is not correctly matched with its function?.
Answer:
epididymis
Explanation:
produce sperm
Which of these is NOT a characteristic of eutrophication?
high oxygen levels
high nitrogen levels
the massive growth of algae
dying out of fish species
Answer:
I think it's high oxygen levels
Explanation:
If correct please mark me brainliest
What do channel proteins, aquaporins, and carrier proteins have in common?.
Which organism is most likely 100 micrometers in size?.
What important milestone happens with the fetus during the second trimester?
a) it turns head down
b) it makes sucking motions
c) it can open and close its eyes
d) it moves lower in the mother's pelvis
Answer:
the answer is a.
Answer:
it can open and close its eyes
Explanation:
took the test
2.
Which phrase is an example of heterotrophic nutrition?
a. A deer eating grass in a field.
b. a tomato making its own food
Explain:
A.
All eukaryotes except for green plants are unable to manufacture their own food: They obtain food from other organisms. This mode of nutrition is also known as heterotrophic nutrition.
All heterotrophs (except blood and gut parasites) have to convert solid food into soluble compounds which are capable of being absorbed (digestion).Then the soluble products of digestion for the organism are being broken down for the release of energy (respiration). All heterotrophs depend on autotrophs for their nutrition. Heterotrophic organisms have only four types of nutrition.
Answer:
b a tomato making its own food
Explanation:
Drag the tiles to the correct boxes to complete the pairs.
Match the stages to their features.
low birth rates, death rates are constant
high birth rate and death rate
high birth rate and low death rate
Pre-modern
Mature industrial
Industrialization
If someone's blood was hypertonic to their body tissues, would they be considered dehydrated? Why or why not?
Answer:
when there is too much salt or water in your body is when it would be considered dehydrated
Explanation:
losing too much water while keeping too much salt in the fluid outside your cells cause hypertonci dehydration
Which two types of rna pair up using a codon-anticodon link?.
Answer: the tRNA and the mRNA
Explanation:
Saclike photosynthetic membranes found in chloroplasts.
The large band of muscle that controls the size of the chest cavity.
Answer:
Diaphragm is the large band of muscle that controls the size of the chest cavity. Lungs are the two large lightweight organs of the body.Explanation:
cell division is not complete until ________, the physical separation of the daughter cells, occurs.
Answer:
Cytokinesis
Explanation:
Last stage of cell division.
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Which of the following pollutants are most likely the result of a living organism?
Answer:
FULL QUESTION:
Which of the following pollutants are most likely the result of a living organism?
I. Mold
II. Pollen
III. Radon
Answer:
Mold and pollen are results of living organisms.
I and II only.
Although radon occurs naturally (radon gas is a result of uranium being broken down in the rocks and soil below our feet, stated in the lesson), the reason radon is not in this category is because it is not directly a result of living organisms, only of non-living elements of nature - soil and rock.
Explain how frequency, wavelength, and energy are related to each other.
Explanation: Just as wavelength and frequency are related to light, they are also related to energy. The shorter the wavelengths and higher the frequency corresponds with greater energy. So the longer the wavelengths and lower the frequency results in lower energy. The energy equation is
E = hν.
Answer:
Explanation:
The number of complete wavelengths in a given unit of time is called frequency (f). As a wavelength increases in size, its frequency and energy (E) decrease. From these equations you may realize that as the frequency increases, the wavelength gets shorter. As the frequency decreases, the wavelength gets longer.
Which would be classified as a pullutant?
Argon
Smoke
Water vapor
Nitrogen
humans have 23 pairs of chromosomes in their somatic cells. how many pairs of chromosomes will be in each daughter cell after mitosis
Answer:
each daughter cell will have half of the original 46 chromosomes, or 23 chromosomes
Explanation:
each chromosome consists of 2 sister chromatids of 23
Regarding the membrane potential of a cell at rest, the internal environment of the cell is more __________ compared to the external environment.
Answer:
fluid?
Explanation:
Like insulin in a diabetic patient, protein hormones must be injected.
Answer:
If its T/F it's True
Explanation:
What type of blood vessel is built to handle the highest pressure of any vessel in the cardiovascular system
The type of blood vessel is built to handle the highest pressure of any vessel in the cardiovascular system are arteries. They are strong and flexible blood vessels.
What are arteries?Arteries are strong and flexible blood vessels that can transport blood to different parts of the body.
These blood vessels (arteries) can deliver oxygen from the heart to other tissues present in the rest of the body.
The aorta and arteries are blood vessels that have the highest pressure in the cardiovascular system.
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Which statement about abiotic changes to an ecosystem is true?
The changes may impact food chains, but not food webs.
The changes may affect several populations within the ecosystem.
The changes cannot be caused by human activity.
The changes will have no impact on living organisms in the ecosystem.
Answer:
B the changes may affect several populations within the ecosystem
Explanation:
I took the test.
Hope this helps
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The statement that is true about Abiotic changes in an ecosystem is the changes cannot be caused by human activity.
What is an ecosystem and Abiotic factor?An ecosystem refer to a geographic area where like being organisms such as plants, animals, interact with the non living or physical environment like weather, light and so on. The ecosystem comprises of both biotic and Abiotic factors.
Abiotic factors refer to the non living part of the ecosystem and these are the physical part like light, weather, soil, landscape and so on.
Therefore, The statement that is true about Abiotic changes in an ecosystem is the changes cannot be caused by human activity.
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answer asap: how are biomes different?
Answer: Biomes differ in the amount of precipitation they receive, their temperatures, and the life that inhabits each biome. ... Each biome is filled with organisms adapted to live in one of its ecosystems and each biome is determined by temperature and precipitation, accounting for differences between biomes.
Answer:
Biomes differ in the amount of precipitation they receive, their temperatures, and the life that inhabits each biome. ... Each biome is filled with organisms adapted to live in one of its ecosystems and each biome is determined by temperature and precipitation, accounting for differences between biomes.
Explanation:
i hope this helps
Match the following.
1 . inflorescence A leaflike part of the flower where seeds are produced
2 . epidermis Oblong cells with unevenly thickened walls for support in young stems
3 . energy All the organic substances located between the nucleus and cell membrane
4 . parenchyma The capacity to do or perform work
5 . sclerenchyma The outermost layer of plant cells or tissue
6 . cytoplasm The specific pattern of flower arrangement of a plant
7 . phloem The most common plant cell, found in practically all parts of the plant body
8 . xylem The ring of leaflike appendages occurring inside the sepals
9 . carpel The food-conducting tissue of a plant's vascular or transport system
10 . sepal A plant cell of a long fiber type or variable sclereid type
11 . collenchyma A flower part; the outermost ring of leaflike appendages of a flower
12 . tissue A flower part; a ring of pollen-producing appendages of a flower
13 . stamen A group of similar cells, or unlike cells with a specialized common function
14 . petal The water and mineral conducting tissue of a plant's vascular system
Answer:
1. Inflorescence: The specific pattern of flower arrangement of a plant.
2. Epidermis: The outermost layer of plant cells or tissue, providing a covering for the plant body.
3. Energy: The capacity to do or perform work.
4. Parenchyma: The most common plant cell, found in practically all parts of the plant body.
5. Sclerenchyma: A plant cell of a long fiber type or variable sclereid type.
6. cytoplasm: All the organic substances located between the nucleus and cell membrane.
7. Phloem: The food-conducting tissue of a plant's vascular or transport system.
8. xylem: The water and mineral conducting tissue of a plant's vascular or transport system.
9. Carpel: A leaflike part of the flower where seeds are produced.
10. Sepal: A flower part; the outermost ring of leaflike appendages of a flower.
11. Collenchyma: Oblong cells with unevenly thickened walls for support in young stems.
12. Tissue: A group of similar cells (simple tissue), or unlike cells with a specialized common function (complex tissue).
13. Stamen: A flower part; a ring of pollen-producing appendages of a flower.
14. Petal: A flower part;a ring of pollen-producing appendages of a flower.
Sorry took a while to type, I hope it helps:)
why do scientists break the biosphere into categories like species population community ecosystems and biome when conducting studys
The biosphere is too large to study altogether so scientists break the biosphere into categories like species population community ecosystems and biome when conducting studies.
How do scientists define the biosphere?The biosphere is made up of the parts of Earth where life exists. The biosphere extends from the deepest root systems of trees to the dark environment of ocean trenches, to lush rain forests and high mountaintops. Scientists describe the Earth in terms of spheres.
How do we divide the biosphere in order to study it?The biosphere is divided into smaller units called ecosystems which living organisms interact with. It extends from the deepest part of the ocean and then goes up into the biosphere.
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what are the necessary arrangement that needs to be done in vegetable farming?
Soil preparation for vegetable growing involves many of the usual operations required for other crops.
Good drainage is especially important for early vegetables because wet soil ret.ards development.