Answer:
b
Explanation:
ppl in korea tell u to drink milk
What are the 3 main weapons of a predator?
Answer:
scratchy scratchy
bitey bitey
speedy speedy
Please helppppp!!!!!!!!
Answer:Carbon Dioxide
Explanation:
Answer:
Its glucose
Explanation
Plants use this along with visible light to create the food that they need to grow.
Identify the type of RNA that has an attachment point for a specific amino acid.
Answer:
sir animals are diang everyday and this is just wierd
Explanation:
top 10 karen moments
What pigment absorbs UV light?
Explanation:
Melanin is the pigment which absorbs UV light and it is present in skin and gives black colour to it.As we can see africans usually have black skin as they have to face direct uv light.
Which of the following is true about the marine biome?
Answer:
Marine biomes stay pretty warm and never get to cold, they also have plenty of water
Explanation:
How is the cytoplasm divided between the two cells that result from mitosis in plant cells? In animal cells?
Answer:
The contractile ring shrinks through the center of the cell, evenly dividing the cytoplasm between the two halves. This indicates that cytokinesis is completed and the cell has been replicated.
please help!!
Glucose is required in all human body cells for the process of cellular respiration. Cellular respiration takes place in the
cytosol and the mitochondria, producing ATP molecules that act as the cell's "energy currency." ATP is essential for cell
survival. Glucose is the starting material for cellular respiration. In a process called glycolysis, glucose is converted into
pyruvate that can then enter the mitochondria to continue cellular respiration. Glucose is a monosaccharide, CoH12O6, found
in many types of food we consume, especially carbohydrate-rich breads and grains.
Though all cells need to uptake glucose for cellular respiration, consider two examples: an epithelial cell lining the stomach,
and a red blood cell.
The epithelial cells of the stomach control food transport, while red blood cells are involved in oxygen transport.
a) Choose either the gut epithelial or red blood cell. How do you expect glucose to be transported into the cell? Explain why
this method is expected.
b) Explain why another method of cell transport would not be used to transport glucose into the cell.
Answer:
Glucose is required in all human body cells for the process of cellular respiration. ... Glucose is the starting material for cellular respiration. In a process called glycolysis, glucose is converted into pyruvate that can then enter the mitochondria to continue cellular respiration.
Explanation:
For the following question, match the labeled component of the cell
membrane in the figure with its description. Which part of the cell
membrane diagram below is the lipid bilayer? *
A is the lipid bilayer.
¿Cual es el órgano principal del sistema circulatorio?
Answer:
espero que esto ayude :D
Explanation:
El corazón es el órgano clave del aparato circulatorio. La principal función de esta bomba muscular hueca es bombear sangre a todo el cuerpo.
How can copper enter our body
Answer:
your question is wrong
Explanation:
plz correct it
Explanation:
st4h46wHow can copper enter our body
¿Qué impacto tendría que los microorganismos en el ciclo del carbono y nitrógeno no cumplieran en su función?
Answer:
Ver explicación
Explanation:
Los microorganismos son muy importantes en el ciclo del carbono porque descomponen la materia orgánica. Esta descomposición de la materia orgánica se llama descomposición. Este proceso devuelve carbono al suelo. Si estos organismos no desempeñan su papel, el ciclo del carbono estará incompleto porque el carbono no se devuelve al suelo como materia orgánica.
En el ciclo del nitrógeno, las bacterias nitrificantes atrapan y fijan el nitrógeno atmosférico en el suelo, mientras que las bacterias desnitrificantes convierten los nitratos del suelo en nitrógeno. Las actividades de estos microorganismos mantienen el equilibrio del hidrógeno en el ciclo del nitrógeno.
I need this filled out that's all.
at the bottom it says: "rotate each group's Atomic model and look for patterns between these six atoms. what do you observe about these atoms?"
Where do you think the most chloroplasts are found in the plant system—in leaves, the stem, or the root?
leaves
Explanation:
Chloroplasts are mostly found in the parts of the plant that are capable of photosynthesis.
what property of greenhouse gas make them important Earth's temperature?
Answer:
The greenhouse effect is a process that occurs when gases in Earth's atmosphere trap the Sun's heat. This process makes Earth much warmer than it would be without an atmosphere.
Explanation:
The greenhouse effect occurs as the gases reach Earth’s surface. As the short wave energy heats the surface, some of the longer wave energy radiates back into the atmosphere and back into space. Greenhouse gases absorb some of the energy and trap it in the lower atmosphere. Less heat radiates into space, and Earth is warmer.
As you worked down the dichotomous classification key to identify sharks, did you go from general to specific characteristics or from specific to general characteristics? Explain your answer using four characteristics that were used in the shark key.
When constructing a dichotomous key, we should start with general characteristics and then move to more specific characteristics. A dichotomous key lists an organism's structure and behavior so it may be recognized through elimination.
What are four characteristics that are used in the shark key?When attempting to categorize an organism, scientists frequently make use of a dichotomous key. A dichotomous key is a listing of specific features, such as structure and behavior, in such a way that an organism may be identified through a process of elimination. Examples of dichotomous keys include the following:
The shape of the body, the number of gill slits, the position of the mouth, and the shape of the caudal fins are the dichotomous keys for identifying sharks. Other features include the length of the dorsal fins or the number of dorsal fins, the presence or absence of pelvic fins and the shape of the skull.
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facrtors that affect blood flow through the capillaries
Answer:
volume of the blood
cardiac output
Explanation:
volume of the blood viscosity of the blood blood vessel length and diameter cardiac out put complianceBut I'm not sure
Which phrase best describes the mantle of a mollusk?
A structure that facilitates movement.
A structure that facilitates movement.
A structure that allows mollusks to obtain food.
A structure that allows mollusks to obtain food.
A structure that allows parasitic mollusks to obtain a host.
A structure that allows parasitic mollusks to obtain a host.
A structure involved in shell building and protecting organs.
Answer:
Artificial intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. The term may also be applied to any machine that exhibits traits associated with a human mind such as learning and problem-solving.
65 million years ago there was a mass extinction that is best known for killing the dinosaurs. There was also a large
deposit of dust that contained substances only found in asteroids. What most likely killed off the dinosaurs?
Answer:
the answer is A
Explanation:
monke
what type of muscle is the inside of the uterus lined with?
What is this plant tissue?
Answer:
Collenchyma Tissue
Explanation:
In the picture it looks like a cell wall (?) and plant cell walls are usually made out of or surronded by collenchyma tissues also they look very alike.
hope this helps <3
What are the differences between animal cells and plant cells
Answer:
Explanation:
A plant cell contains a large, singular vacuole that is used for storage and maintaining the shape of the cell. In contrast, animal cells have many, smaller vacuoles. Plant cells have a cell wall, as well as a cell membrane. In plants, the cell wall surrounds the cell membrane.
Answer:Las células vegetales tienen una pared celular, así como una membrana celular. En las plantas, la pared celular rodea la membrana celular. Esto le da a la célula vegetal su forma rectangular típica. Las células animales solo tienen una membrana celular, y carecen de pared celular.
A scientific law uses _________ to prove a natural phenomenon.
A. Experiments
B. Mathematics
C. Physics
D. Theory
Answer:
D
Explanation:
help pls will give branliest
Answer:
I believe the ans is streptococcus
NO LINKS OR I WILL REPORT I WILL GIVE BRAINLYST TO FIRST AND CORRECT ANSWER.
Why are nonnative species a threat to biodiversity?
They often use up resources that other organisms need.
They are not able to successfully breed in the wild
They release pollution into many environments. l
They easily contract and spread diseases to other organisms.
Answer:
The non-native species are the prime threat to the surroundings as they can modify habitats and change the ecosystem services and function, and may replace or crowd-out the local species. The non-native species are considered as the second-ranked major threat to biodiversity after habitat destruction like deforestation.
Answer:
If you're only allowed to have one answer: They often use up resources that other organisms need.
If you can have multiple, then :
They often use up resources that other organisms need.
They easily contract and spread diseases to other organisms.
2nd and third ones are not really correct, and 1st one is better than the last one while the last one is also true.
In the food web the trophic level with the least energy includes which of the following organisms?
A)Grasses
B)snakes
C)hawks
D)mice
Answer:
Hawks
Explanation:
As you go up in the trophic levels, energy is converted into heat energy. I recommend that you read about the 10% rule
What changes in allele frequencies did you observe in the population in the short turf habitat and in the rough vegetation habitat? Hypothesize why this may have occurred.
Answer:
In small populations it unlikely genetic drift will occur but in large populations it’s very likely
Explanation:
Depending on population size there is different amounts of genetic variation. That will give different amounts of opportunities to have genes staying alike or becoming different.
In a small population, genetic drift will occur but in a large population, it is likely to be that.
The genetic variation depends upon the size of the population. Thus giving it the amount that the genetic variation will cause genetic changes in the population.
What is genetic variation?It is the variation dye to genetically changes in an organism. It changes allele frequency also leading to several changes in genetics.
Thus it is clear that changes in allele frequencies did you observe in the population in the short turf habitat and in the rough vegetation habitat by genetic variations.
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puntosss gracias suerte
Answer:
gracias!!!!! que dios te bendiga
Explanation:
can anyone help me with this please
Here Is You Awnser's Hope It Helped :)
19 = Wave Length
20 = Compression
21 = Rare Fraction
22 = Displacement
23 = Crest
24 = Wave Length
25 = Trough
Find the circumference of the circle. Round to the nearest tenth. the circle is 26cm
Answer:
81.64
Explanation:
pie x diameter = circumference
Answer:
81.64
Explanation:
5. How is gametogenesis different in females than in males?
A. Males produce four functional sperm while females produce only one functional egg.
B. Males produce only one functional sperm while females produce four functional eggs.
C. Males produces four genetically identical sperm while females produce four genetically different eggs.
D. Males produces four genetically different sperm while females produce four genetically identical eggs.
A. Males produce four functional sperm while females produce only one functional egg.
Males produce four functional sperm while females produce only one functional egg. Therefore option A is correct.
Gametogenesis refers to the process of the formation and development of gametes (sperm and eggs) in males and females.
In males, the process of gametogenesis is called spermatogenesis. Spermatogenesis produces four functional sperm cells from a single diploid germ cell.
This process involves the division and differentiation of cells in the testes, resulting in the formation of mature sperm cells that are genetically distinct from each other.
In females, the process of gametogenesis is called oogenesis. Oogenesis produces one functional egg (ovum) from a single diploid germ cell. This process involves the division and differentiation of cells in the ovaries.
Unlike spermatogenesis, where all four resulting cells become functional sperm, in oogenesis, only one of the cells becomes a functional egg, while the remaining cells form polar bodies that do not develop into viable eggs.
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