Explanation:
Mitochondria is the answer
The component that would step in to hold excess energy until it's needed within a cell is the mitochondria.
The mitochondria are the cellular factories that turn food into adenosine triphosphate (ATP) through cellular respiration. A cell may store extra ATP within the mitochondria if it is making more energy than it needs right now. When the cell's need for energy rises, this stored energy can be released.
This mechanism makes sure that the cell effectively manages its energy resources and maintains energy balance. The primary role of other cellular components such vesicles, rough endoplasmic reticulum, and lysosomes is not in the storage of extra energy but rather in transport, protein synthesis, and waste disposal.
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What is the net charge of the structure in the figure below
answer with proof for brainliest
Answer:
B. 1 +
This is because there's 3 protons and 2 electrons.
+3 protons - 2 electrons = +1 overall charge
Hope this helps!
Do the physical characteristics given identify characteristics of the Sun, Earth, or Moon?
unable to support life; made of gases; diameter approximately 870,000 miles
Earth
Earth and Sun
Moon
Sun
Answer:
Sun
Explanation:
how do i do these? please help this is due today :)
Answer:
just look up the meaning of heterozygous anywho for 7 the answer is the leaf will be wrinkled and so will number 8 i think...it needs a coma.
Explanation:
the meaning of heterozygous is its the opposite of what it is
What tissue is this???? No links
Please help me!!!
Answer:
Tissue of the skin i think
Are these biology answers correct?
How would a scientist describe the illustrations showing the bones of a whale flipper and a bat
wing?
Vestigial structures because they will lose their function over time
Homologous structures because the structures are similar but have different functions
Analogous structures because they are similar but have different functions.
Embryonic structures because they show up before the species matures.
The bones of a whale flipper and a batwing are homo-logous structures because the structures are similar but have different functions. They have a common origin.
What are homo-logous structures?Homo-logous structures can be considered as similar structures that have the same evolutionary origin but may or not have the same function.
Homo-logous structures are always present in a common ancestor of the species that have these structures.
Conversely, analogous structures have the same function but they do not exhibit a common origin.
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pls, list at least two extinct birds
Answer:
Dodo bird and Great Auk
hope this helps!
Describe the currents that form along the equator.
The currents that form along the equator are known as equatorial currents. These currents are driven by the trade winds and the Earth's rotation, creating a unique circulation pattern in the ocean.
There are two main equatorial currents:
Equatorial Counter Current: This current flows eastward along the equator, opposing the direction of the trade winds. North Equatorial Current and South Equatorial Current: These currents flow westward on either side of the equator.The equatorial currents play a significant role in redistributing heat across the ocean and influencing climate patterns.
Thus, the equatorial currents along the equator are dynamic and essential components of the global ocean circulation system, playing a crucial role in the Earth's climate system.
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pls help me asapp!!
Select the correct answer.
What is the correct order in which these structures form during the plant reproduction process?
A. embryo sac, embryo, zygote
B. embryo sac, zygote, embryo
C. zygote, embryo sac, embryo
D. embryo, zygote, embryo sac
Answer:
The answer is B
Explanation:
PLATO
in what cell organelle does photosynthesis occur?cellular respiration?
Photosynthesis occurs in chloroplasts and cellular respiration occurs in mitochondria.
What do you mean by cellular respiration?Cellular respiration is the process by which biological fuels are oxidised in the presence of an inorganic electron acceptor such as oxygen to produce large amounts of energy, to drive the bulk production of ATP.
Cellular respiration is a series of chemical reactions that break down glucose to produce ATP, which may be used as energy to power many reactions throughout the body.
Cellular respiration takes place in both the cytosol and mitochondria of cells. Glycolysis takes place in the cytosol, whereas pyruvate oxidation, the Krebs cycle, and oxidative phosphorylation occur in the mitochondrion.
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HELP 50 POINTS !!
Which statement correctly identifies the cells?
A). cell 1 is prokaryotic; cell 2 is eukaryotic
B). cell 1 is eukaryotic; cell 2 is prokaryotic
C). both cells are prokaryotic
D). both cells are eukaryotic
Answer:
its A! cell 1 is prokaryotic; cell 2 is eukaryotic
Explanation:
got it right on k12 test.
Would you expect EMP glycolysis or Pentose phosphate pathway to be favored during growth on minimal media vs complex media? What about in log vs. stationary phase?
We have that this can be said about the minimal media vs complex media and about in log vs. stationary phase
The pentose phosphate pathway is simply incompletely existingThe dying stage is portrayed through an exquisite abatement in the extent of the dwelling cells.GlycolysisEMP glycolysis and Pentose phosphate pathway choose at some point of improvement on insignificant media versus complicated media.
The pentose phosphate pathway is simply incompletely existing , and the pentose debasement likewise basically contrasts from that acknowledged for bacterial model natural entities.
Finally,the dramatic stage is a length of great development.
The dying stage is portrayed through an exquisite abatement in the extent of the dwelling cells.
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what is a niche
i need help on this
Answer:
a role of a organism in a ecosystem
Explanation:
i hope this helps
In ancient Greece, Aristotle developed a system of classification which was used for the next 2000 years to describe relationships between living things. Which of the following questions would be most difficult to answer based on Aristotle's classification of living things?
Are cows more complex than oak trees?
Are tomato plants higher or lower than snails?
Which species shows less complexity, a cat, or a dog?
Which organism is lower, a squirrel or a lobster?
Are cows more complex than oak trees? and ''Which species shows less complexity, a cat, or a dog?'' are the questions that would be most difficult.
Aristotle's classification of living thingsThe above question would be difficult to answer based on Aristotle's classification of living things because the Aristotle's classification of living things is not able to answer such complex questions.
There is no technology at that time which can make the complex structure of organisms so we can conclude that cows more complex than oak trees? and ''Which species shows less complexity, a cat, or a dog?'' are the questions that would be most difficult.
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Genetic engineering is a branch of science that uses biotechnology tools to make modifications to organisms to express new phenotypes. One application of genetic engineering is creating genetically modified crops. Assess which of the statements applies to the field of biotechnology and genetic engineering in an accurate manner. You may select more than one correct answer.
A) Genetically modified foods are dangerous for human consumption.
B) Genetically modified crops can contain DNA from two different species.
C) Genetically modified crops increase the genetic diversity of a species.
D) Genetically modified crops may grow in areas outside of the native range.
E) Genetic modification can create improved crops faster than traditional selective breeding programs.
Answer:
BCD
Explanation:
Just got that question wrong in Test Prep
the golgi body interacts the most with which of these
A.nucleus
B.free ribosomes
C.Nucleolus
D.endoplasmic reticulum
When it comes to the processing and classification of proteins within the cell, the endoplasmic reticulum (ER) and the Golgi apparatus (also known as the Golgi body or Golgi complex) most often interact. Therefore, the correct option is D.
Before being delivered to their final cellular locations, proteins made by ribosomes on the rough endoplasmic reticulum (RER) are folded, packaged, and sorted in the Golgi apparatus. Modification, separation, and packaging of proteins and lipids for transport inside the cell or secretion outside the cell occurs in the Golgi apparatus, which is composed of flattened membrane sacs called cisternae. It takes up proteins and lipids from the ER, modifies them, and then puts them into vesicles for distribution to various cellular compartments or to be secreted from the cell.
Therefore, the correct option is D.
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how is the process in which the ice melts?
Explanation:
it is an endothermic process
Hope I helped
Why cereals is regarded as staff of life
Answer:
because is very important
.........
Trevor is a 20-year-old male presenting with a history of fatigue, shortness of breath, gallstones, and yellowing of the skin and eyes (jaundice). An examination of his blood reveals his red blood cells have an abnormal elliptical shape which causes premature damage and rupture of the cells. Trevor is diagnosed with a genetic disease, Hereditary elliptocytosis. The disease is caused by mutations in some of the proteins of the membrane skeletal network responsible for the stability of the red blood cell. What organelle is defective in Trevor's red blood cells?
These cells are also characterized by having no nucleus, being devoid of organelles. So no organelles are missing from trevor's red cells.
What is Hereditary elliptocytosis?Hereditary spherocytosis and elliptocytosis are congenital disorders of the erythrocyte membranes that cause mild hemolytic anemia. Symptoms, usually milder in hereditary elliptocytosis, include varying degrees of
AnemiaJaundiceand Splenomegaly.Diagnosis requires demonstration of increased osmotic fragility of erythrocytes and a negative direct antiglobulin test. Rarely, patients < 45 years of age with symptomatic disease require splenectomy.
With this information, we can conclude that the red cells of Trevor do not have organelles, a fact that is not altered by their condition (Hereditary elliptocytosis).
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Need help with question
Answer:
C : Producers capture energy and convert it for all organisms to use
Explain why it’s important for the cell membrane to be fluid
Answer:
Cell membrane is fluid because individual phospholipid molecules and proteins can diffuse within their monolayer and thus move around.
Explanation:
What is the classification of a corn plant? ( please state the answer formally and accurately )
What factors help determine how
damaging a cancer can be for an
individual?
A. age of the individual and body mass index
B. diet of the individual and age
C. location of the tumor and how fast it is spreading
Answer:
C. Location of the tumor and how fast it is spreading
Explanation:
Cancer can small and only in a particular area or big spreading fast.
decide which examples are most likely to increase variation or decrease variation. Some examples could do both. Which of the following could possibly increase gentic variation indirectly
Answer:
The following could possibly increase genetic variation indirectly is Increase food supply , Toxin , and New habitat.The following information should be considered;Genetic variation means the diversity in gene frequencies. Genetic variation could also mean that differences between individualsor to differences between populations.It could be increased by the above reasons.
Explanation:
For the lac operon, when glucose is absent and lactose is present ___________ Group of answer choices cAMP-CAP is bound to the operator and the repressor is not bound to the promoter cAMP-CAP is not bound to the promoter and the repressor is bound to the operator cAMP-CAP is bound to the promoter and the repressor is not bound to the operator None of the options
Answer: cAMP-CAP is not bound to the promoter and the repressor is bound to the operator.
Explanation:
cAMP levels are going to be low because glucose is not present, so CAP is inactive and will NOT bound to the DNA.
Complete this sentence: About as much as 90 percent of energy is ________ at every trophic level, due to metabolic processes.
- received
- lost
- destroyed
- recycled
Answer:
lost
Explanation:
Energy is lost at each trophic level
Answer: Its Lost!!
Explanation: I GOT IT RIGHT ON THE TEST WOOOOOOOOO
Kudzu, a plant native to eastern Asia was introduced into America in 1876. In 1935, kudzu was planted along southern roadways to control soil erosion. Adding a foot of vine a day in the spring and summer, kudzu quickly grew out of control. Why can introducing a new species to an existing ecosystem often be a disaster?
A. The new species can rapidly evolve into a dangerous subspecies that cannot be destroyed.
B. The new species can harm native organisms and damage the ecosystem.
C. The new species can create excess nutrients in the soil that can damage native species.
D. The new species can eventually become extinct.
Answer:
The best answer is B.
Explanation:
Since Kudzu is a foreign plant introducing it to the United States could damage the ecosystem since the ecosystem here is not "designed" to handle the Kudzu. This could cause a chain reaction along the food web and can potentialy wipe out local organisms.
What are the four types of parenting styles?
Answer:
strict, fun, laid back, weird
Explanation:
Assume that the genes from the previous example are located along the chromosome in the order X, Y, and Z. What is the probability of recombination between genes X and Z
Knowing the order or the genes in the chromosome and the recombination frequencies in region 1 and 2, we can assume that there are 30% the probability of recombination between genes X and Z.
Recombination frequencyWhen talking about recombination frequencies, we are refering to the probabilities of recombination or crossing over between two genes.
When these genes are too close in the same chromosome, we say they are linked, and the recombination frequency might be too small.
Crossing-over between linked genes that are very close to each other in the chromosome is not that common.
A short distance between genes is a very little target for crossing-over to occur, which means that only a few of them will happen, compared with the number of events between genes that are more separated between each other.
Available data
The recombination frequency between X and Y = 25%The recombination frequency betqeen Y and Z = 5%The order of the genes in the chromosome is X, Y, ZHere we have the recombination frequency in region 1 (X-Y) and the recombination frequency in region 2 (Y-Z).
To get the value of the recombination frequency between the two extremes, we just need to add the two regions values.
R1 + R2 = Rt
25% + 5% = 30%
X----------R1----------------Y-----R2----- Z
X----------25%-------------Y------5%----Z
X-----------------------30%-----------------Z
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