Answer:
Competition
Explanation:
Competition occurs when many organisms are in search for the same, limiting resource this include food, water,space.
The use of this limited resource by one species decreases availability to the other population especially when there is an increase in population the rate of competition is very high.
Competition reduces the fitness of all the organism and can either be interspecific which is among the same organisms or between different species.
help asap 1st answer gets brainliest
Answer:
C
Explanation:
The question is in the picture.
Answer:
A. because mitiosis creates a cell that is exactly the same as it's parent. It's kinda like having a parent/grandparent that looks just like you
WILL MARK BRAINLIST PLS HELP
An animal welfare group is curious if the effects of selectively breeding goats to produce more milk is bad for the goats. What would be the BEST question that the welfare group could ask to determine the effects of selectively breeding the goats?
A.
What does the milk of the selectively bred goats taste like?
B.
What is the diet the goats are fed in order to produce milk?
C.
Can you make more money by producing the goats with the desired traits?
D.
Are there negative traits in the selected traits on the goat population?
Answer:
d
Explanation:
its not a, the question doesn't ask anything about the taste, its not b, it doesn't say anything about the diet, it isn't c, the money isn't what it asks either. its most likely d, because d is about the effects on the goats.
Some plants can reproduce by sprouting new plants from their roots.Which statement describes a disadvantage of this type of reproduction?
Answer:
Plants that reproduce from asexual vegetative reproduction New plants are sometimes made by asexual vegetative reproduction. These new plants have exactly the same genes as the parent. Some plants – like strawberries – have stems called stolons that grow out sideways above the soil, and new plants grow up along them.
Explanation:
please help.
Embryonic stem cells are pluripotent because they can
grow into similar types of cells such as blood cells to blood cells.
grow into any type of body cell.
grow into any type of body cell, but they cannot become totipotent.
Answer:
They can grow into any type of body cell.
Explanation:
Stem cells are immature cell types- they are somatic cells, that contain the entire genome of an organism. The genome is made up of DNA, which encodes instructions for the cell.
These may potentially become various other types of cells through the process of differentiation and reach maturity. In differentiation, chemical signalling, and gene expression ultimately determine the cell's fate.
all you need is in the photo
Answer: He/She is Right
Explanation: All you needs is the photo
Describe the induced fit model.
Question 2
A seed germinates when it is buried in nutrient rich soil and watered.
True
Fase
Please ASAP hehehehe i
What would happen to a plant if the chloroplasts in its cells became damaged?
(1 point)
O The plant would be unable to make protein.
O The plant would be unable to reproduce.
O The plant would not have a rigid structure.
O The plant would not make glucose and oxygen.
If the chloroplasts of the plant cell become damaged, it would not be able to make glucose and oxygen. So the correct option is D.
What are chloroplasts?Photosynthesis, the mechanism by which light energy is transformed to chemical energy and results in the generation of oxygenation and energy-rich organic molecules, takes place in the chloroplast, a structure found inside the cells of green algae and plants.
Endosymbiotic hypothesis holds that mitochondria and chloroplasts, which are energy-producing structures in eukaryotic cells, are descended from photosynthetic cyanobacteria, which are free-living near cousins of chloroplasts.
A plastid is a sort of body that is formed like a disc, an oval, or a circle and is used to synthesise and store food. Chloroplasts are one type of plastid. The green colour of chloroplasts, which derives from the existence of two pigments called chlorophyll a and chlorophyll b, sets them apart from other plastid types.
These pigments have the capacity to absorb light energy for the purpose of photosynthesis. Carotenoids are one of the additional pigments found in chloroplasts that act as accessory pigments, capturing sun energy and transferring it to chlorophyll.
Therefore the correct option is D.
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Answer:
Yes the first answer is correct it is d
Explanation:
Predict: Of the molecules shown on the molecules pane, which do you think are inputs (ingredients) in photosynthesis? Which do you think are outputs
Answer:
Input ingredients = water, carbon dioxide, energy from the sun
Output ingredients = glucose, oxygen
Explanation:
Photosynthesis involves the production of carbohydrates from inorganic products. The chemical equation for the process is represented below:
[tex]6CO_2 + 6H_2O + sunlight--> C_6H_1_2O_6 + 6O_2[/tex]
Water and carbon dioxide molecules combine in the presence of sunlight radiation to give glucose and oxygen molecules.
Input ingredients = water, carbon dioxide, sunlight
Output ingredients = glucose, oxygen
The molecules are shown on the molecules pane inputs (ingredients) in photosynthesis -
Inputs - H2O + CO2output - C6H1206 + O2Photosynthesis is a cellular metabolic process, regulated by enzymes to convert radiant energy to chemical energy, its inputs and outputs are the following:
Inputs: carbon dioxide and water from which organic compounds are synthesized, using the light absorbed by pigments as an energy source.Outputs: sugar and oxygen are produced in photosynthesis as a food source that is energy for the plant.Thus,
The molecules are shown on the molecules pane inputs (ingredients) in photosynthesis -
Inputs - H2O + CO2output - C6H1206 + O2Learn more here:
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We know that the pressure of water increases with depth. Then, which of the following shows the most possible shape of a dam?
The diagram in option C is a good representation of a dam.
A dam refers to a structure built in water which could serve the purpose of water storage , electricity generation, irrigation etc. Dams are very important in the society.
However, the pressure of water increases with depth. The deeper you go, the greater the pressure of water. As such, the diagram in option C is a good representation of a dam.
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What stage of mitosis is pictured?
Choose 1 answer:
Choose 1 answer:
(Choice A)
A
Telophase
(Choice B)
B
Prophase
(Choice C)
C
Metaphase
(Choice D)
D
Anaphase
Answer:
telophase
Explanation: it's telophase
A relatively straight river, consisting of small bends, is flowing through an area that is untouched by humans. What will happen to this river over a long period of time?
Which of the following BEST represents the meaning of empathy?
Group of answer choices
Standing in another person’s shoes
Feeling sorry for another person’s misfortune
Looking through a window at another person
Imitating another person’s actions
Answer:
I would go for A or B
Explanation:
Cause they are the best answers
I hope you do great and have a nice day :D
Answer:
what is the answer. sorry lol im taking the test rn
Explanation:
What is ‘Chipko Movement’
Answer:
nonviolent social and ecological movement by rural villagers
lil more info!
particularly women, in India in the 1970s, aimed at protecting trees and forests slated for government-backed logging.
Would a cross of two
dwarf-height pea plants pro-
duce regular-height offspring?
Hint: Use a Punnett square to
determine the answer
Answer:
no
Explanation:
in the punnet square, your results would be 4 dd. 100% chance of a dwarf sized plant
please solve this biology question
Answer:
Question 1
vacuole
Question 2
ribosomes
Explanation:
what is the energy that is captured during photosynthesis used to produce?
A. water
B. minerals
C. sugars
Answer:
The Answer is c. sugar
Explanation:
because plants use photosynthesis to make sugar to survive.
Answer: C, sugars
Explanation:
Which of the following provides the best explanation as to why convection currents in the mantle cause tectonic plate movement?
A.
Warm, more dense molten material rises while cool, less dense material sinks creating convection currents which cause the tectonic plates to move.
B.
Cool, less dense molten material rises while warm, more dense material sinks creating convection currents which cause the tectonic plates to move.
C.
Cool, more dense molten material rises while warm, less dense material sinks creating convection currents which cause the tectonic plates to move.
D.
Warm, less dense molten material rises while cool, more dense material sinks creating convection currents which cause the tectonic plates to move.
Warm, more dense molten material rises while cool, less dense material sinks creating convection currents which cause the tectonic plates to move. The correct option is A.
What is tectonic plate movement?Tectonic movements are the subsurface movement of formations caused by natural Earth forces.
Plate movement results in three types of tectonic boundaries: convergent boundaries, where plates move into one another, divergent boundaries, where plates move apart, and transform boundaries, where plates move sideways in relation to one another.
As thermal energy from the core heats the mantle, molten material rises toward the crust and begins to cool.
As the material cools, it sinks back toward the core, dragging some of the crust with it. Convection currents in the Earth's mantle move the plates and shape the continents.
Thus, the correct option is A.
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describe why the marine environment is the least stressful for cells to survive in.
why biology is an incomplete subject
Answer:
because in biology we must read about all things about plants and animals, through there are unlimited animals and plants that we don't know some to.. so it is incomplete
A 30-kg object is falling in air with a force of 294 N due to gravity, and experiences a force of 50 N due to air resistance. What is the acceleration of the object?
Answer:
derivation of newton second law of motion
motion states thay the acceleration of a system is directly propotional
w=mg
all you need is in the photo
Answer:
I Belive its the 3 one
Explanation:
Four random genetic matches then formed the following diploid offspring. Using the text box or pen tools, label the alleles on each offspring.
Crossing-over events occur during the prophase 1. After anaphase 2, telophase 2, and citokynesis, 4 gametes are formed. Each gamete has different genetic information. Alleles are labeled in the attached file.
--------------------
Since I do not have the parentals genotype, I will consider two traits, each coded by a single diallelic gene.
Gene 1:
A is the dominant allelea is the recessive alleleLocated in the superior arm of the chromosomeGene 2:
B is the dominant alleleb is the recessive alleleLocated in the inferior arm of the chromosomeI will assume that both parents are heter0zyg0us for both traits, so their genotypes are AaBb.
During gamete formation, the pairs of h0m0logous chromosomes separate after crossing over. Then, sister chromatids also separate. The result is the formation of four gametes.
Each gamete has different information from the combination of h0m0logous chromosomes belonging to the father and to the mother.
Mother
During the prophase of meiosis 1, the mother's homologous chromosomes express two crossing-over events. One of them in the superior arm and the other one in the inferior arm.
The segments interchange between chromosomes involves Gene 1 and Gene 2.
During anaphase 2, sister chromatids separate, and after telophase and cytokinesis, four haploid gametes are formed carrying the following chromosomes,
AB → Parentalab → RecombinantAB → Recombinantab → ParentalFather
During the prophase of meiosis 1, the father's homologous chromosomes express one crossing-over event in the inferior arm.
The segments interchange between chromosomes involves Gene 2.
During anaphase 2, sister chromatids separate, and after telophase and cytokinesis, four haploid gametes are formed carrying the following chromosomes,
AB → ParentalAb → RecombinantaB → Recombinantab → ParentalGametes' destiny is to randomly merge in the process of fecundation, during which a new diploid cell called zygote emerges through fertilization.
The zygote is a complete cell that suffers successive mitosis to form the new organism.
In the exposed example,
Offspring 1 → Parental gamete ab from the mother merged recombinant
gamete aB from the father → genotype aaBb
Offspring 2 → Parental gamete AB from the mother merged recombinant
gamete aB from the father → genotype AaBB
Offspring 3 → Recombinant gamete ab from the mother merged
recombinant gamete Ab from the father → genotype Aabb
Offspring 4 → Parental gamete ab from the mother merged recombinant
gamete ab from the father → genotype aabb
For a better understanding, you can see the image in the attached files in which alleles are labeled.
------
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7. Cell division occurs as part of which process? *
Energy in food is released
O A cut on a person's finger heals
O A disinfectant destroys microbes
O The body eliminates wastes
Answer:
A cut on a person's finger heals
What is the function of steroids? Choose the best answer.
A)They are only cell membrane stabilizers.
B)They have many functions, including being an energy source.
C)They only regulate the immune system.
D)They have many functions, including endocrine signals.
pls quickly I had to make another account so katie wouldn't ban me
the answer should be D
Explain your thinking. Describe how variations are passed on from one generation to the next.
Through gene rearrangement, genetic variation occurs from generation to generation.
What is genetic variation?
Only genetic variation—not environmental variation—can be passed on to the next generation. If two populations of the same species' phenotypes diverge to the extent that they are unable to mate and produce fruitful offspring, they may split into two separate species.
Genetic variations can result from gene variants, commonly referred to as mutations, or they can arise naturally when a cell divides, when its genetic material is naturally rearranged. Genetic alterations that alter gene activity or protein function can create many phenotypes into an organism.
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what 7 systems does our body use when we stub our toe?
Answer:
The nervous system
Explanation:
When we stub our toe, the nervous system sends signals to our brain telling us that it was painful.
An organelle found in most eukaryotic cells described as "cellular power plant"
Answer:
[tex]\boxed {\boxed {\sf Mitochondria}}[/tex]
Explanation:
The mitochondria is commonly called the powerhouse of the cell.
This is because it is the organelle that makes energy for the cell. The process of cellular respiration occurs in the mitochondria.
Cellular respiration turns glucose from food and oxygen into carbon dioxide, water, and ATP. ATP is useable energy for the cell, its metabolism, and its processes.
Mitochondria are found in eukaryotic cells, because it is a membrane bound organelle.
So, the organelle this question describes is the mitochondria.
What happens as warm air is less dense, what tends to
in the atmosphere.
This is for science
A. Sink
B. Rise
C. Stay the same