Answer:
E.coli
Explanation:
Peritrichous bacteria possess multiple flagella that can grow from essentially any point on the cell body surface. Well-studied examples include Escherichia coli (E. coli, Fig. 1A), Bacillus subtilis and Salmonella enterica.
Hope this helps!
cell membranes consist mainly of?
A. carbohydrates
B. protein pumps
c. lipid bilayers
D. proteins
Answer:
lipid bilayers
Explanation:
Plasma membrane is the covering of the cell that separates the contents of the cell from its external environment. It is a living part of the cell and is present in cells of plants, animals and microorganisms. It is very thin, delicate, elastic and selectively permeable membrane. It is composed of lipid and protein
50 points!!
Which vitamin helps the immune system?
Vitamin D
Vitamin A
Vitamin C
Vitamin B
Explain the difference between the greater pelvis and the lesser pelvis.
Explanation:
The greater pelvis (pelvis major) is situated above the pelvic brim, and bounded on either side by the ilium, while in front it is incomplete. The lesser pelvis (pelvis minor), situated below and behind the pelvic brim, is divided into an inlet and outlet part.
explain how speciation could occur in a squirrel species that lives in an urban area.
Answer:
Speciation occurs when two or more populations become so genetically distinct that they no longer interbreed with one another.
Explanation:
When Arizona's Grand Canyon formed, squirrels and other small mammals that had once been part of a single population could no longer contact and reproduce with each other across this new geographic barrier. They could no longer interbreed. The squirrel population underwent allopatric speciation.
What is the minimum temperature for holding hot food.
Answer: 135 degrees
Explanation:
If you go under 135 degrees when holding hot food, you will be in the temp danger zone where bacteria can grow! 135 degrees is the MINIMUM of where you should hot food.
Hope that helps.
1. Why are kids afraid of ghosts? 2. Should I feed the raccoons that visit my trash can? 3. How does mouse color affect mouse survival? 4. Does a mother duck love her babies? Which statement correctly identifies the scientific question and describes why the question is scientific? Question 1 refers to the supernatural. Question 2 reflects a moral or social value. Question 3 leads to a hypothesis that can be tested. Question 4 reflects a question that can't be observed.
Answer:
The correct answer is - statement - Question 3 leads to a hypothesis that can be tested.
Explanation:
A scientific question is a question that can be answered by logic and reasoning with the help of a hypothesis that can be tested and analyzed by the scientific experient and scientific method.
One can use testing and experimentation to answer the question, survivability of a mouse depend on the color of the mouse is questions based on scientific ideas.
So, supernatural, morality, opinions can not be the base of the scientific questions.
Answer: C
Question 3 leads to a hypothesis that can be tested.
ILL GIVE BRAINLIEST domain F has these chareristics 1 cells do not have nuclus 2 all are unicellular 3 some move some do not move 4 all make food using chemicals instead of light 5all live in hostile environments what domain is F? Archaea eukarya Bactria
Answer:
Archaea is the answer
A domain is Archaea, eukarya, Bactria
Help me please I’ll mark brainly
3. BB, Bb, bb
4. A, A, a
5. 75%
6. 25%
7. 50%
Question 1
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Movement of organelles within the cytoplasm of plant and animal cells is due most directly to
1
osmosis
2
cyclosis
3
hydrolysis
4
photosynthesis
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Answer:
2 cyclosis
Explanation:
cyclosis is related to the movement of and in the cytoplasm
Which of the following is most directly responsible for water's unique properties?
A It contains oxygen atoms.
B It contains hydrogen atoms.
C It is an ionic compound.
D It forms hydrogen bonds.
E It is nonpolar.
Answer:Water molecules are polar, so they form a hydrogen bond(s). This gives water unique properties, for example a relatively high boiling point, high specific heat, cohesion, adhesion and density.
Explanation:
The unique properties of water can be attributed to the fact that it forms hydrogen bonds.
HOW IS HYDROGEN BOND FORMED IN WATER:
Water is regarded as a special molecule because of its unique properties such as cohesion, adhesion etc. This unique properties of water can be attributed to the hydrogen bonding molecules of water. Water is made up of two hydrogen atoms and one oxygen atom. The hydrogen atoms of one water molecule forms an HYDROGEN BOND with the oxygen atom of another water molecule.Hence, the unique properties of water can be attributed to the fact that it forms hydrogen bonds.
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What is the function of chloroplast?
collects sunlight to convert water and carbon dioxide into sugar (the plant's "food")
The muscles in your face are different than skeletal muscles because many of the facial muscles ___________________________.
How will the ice water mix with the salty water? Write your hypothesis below.
Answer:
See below.
Explanation:
The actual reason that the application of salt causes ice to melt is that a solution of water and dissolved salt has a lower freezing point than pure water. Ice in contact with salty water therefore melts, creating more liquid water, which dissolves more salt, thereby causing more ice to melt, and so on.
Answer: I think that the ice will go slower because salt slows down the rate of which Its melt, so the ice would last longer
Explanation:
what is the name for the period of time when a cell is performing its usual functions and replicating DNA
Answer:
interphase, i thinks....
Explanation:
Describe how the rate of diffusion across
membrane can be increased:
Answer:
The membrane is composed for a lot things.
Explanation:
3. Discuss the ways in which eukaryotic pre-mRNA is processed before it reaches the
nbosome
I don`t know
Explanation:
I don`t know
1. What are two ways scientists can
describe the quality of
measurements?
Answer:
bad and good
Explanation:
those are two adjectives to use to describe qualities of measurements
What materials does cells need to transport
Answer:
one of them is protein but I am pretty sure there is more
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According to the graph, which statement best describes the effects of increasing ozone on human health?
Lung function increases when ozone gas moves above 0.1 ppm.
O Lung function decreases as ozone gas moves below zero ppm.
Lung function increases at a faster rate for older people.
Lung function decreases at a faster rate for young people.
Answer: D) Lung function decreases at a faster rate for young people.
Explanation:
Look at the slope of the graph. If you look at it the other way, you will see that it is decreasing at an extreme rate.
For young people, lung function declines more quickly. Your lung function will typically deteriorate over time as you get older, starting around the age of 35.
What role does the lung play?The process of exchanging gases, known as respiration, is the lungs' primary purpose (or breathing). During respiration, carbon dioxide, a metabolic waste product, exits the blood and oxygen from the incoming air enters. A diminished ability of the lungs to exchange gases is referred to as a lowered lung function.
How many components are there in the lungs?Summary There are lobes on each lung. Alveoli, bronchi, and the windpipe make up the bronchial tree that runs through your lungs.
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Explain why you think blood vessel radius can have a larger effect on the body than changes in blood vessel length (use the blood flow equation).
Here is your Answer:-
✓ While the flow rate is proportional to the length, the flow rate is proportional to the fourth power of the radius.
Blood vessel da\iameter affects the blood pressure in body because it creates vasoconstriction and vasodilation, hence blood vessel radius has a larger effect on the body.
What is the effect of blood vessel radius in the body?Blood flow increases considerably when the radius of the vessel lumen grows (a process known as vasodilation), and vice versa.
Vasodilation causes the blood vessel width to increase, making it easier for the heart to pump blood into it. However, such a blood artery has lower blood pressure than a smaller diameter or vasoconstriction blood channel.
Arterioles have the greatest increase in resistance and the greatest drop in blood pressure. Arteriole constriction increases resistance, resulting in a drop in blood flow to downstream capillaries and a bigger decrease in blood pressure.
Therefore due to blood pressure in body blood vessel radius affects larger.
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Use the drop-down menus to match each part of the scenario to the correct scientific practice. Kiran records the height of each plant―those with a colored filter and those without. Kiran explores the growth of a plant in natural light, then repeats the experiment with the same plant type but different colored filters. Kiran turns in a written lab report to her science teacher. Kiran wonders, "Will colored light affect the growth of a plant?" Kiran writes in her notes that adding a colored filter over a plant affects its growth because the heights of the plants under the colored filters were less than the height of the plant with no filter.
Answer:
Explanation:
The activity of Kiran in the order at which they occur match with the scientific approach. It started from the hypothesis formulated to the experimental design been used and the conclusion was given as a report to the teacher.
Kiran wonders, "Will colored light affect the growth of a plant?
!
Kiran explores the growth of a plant in natural light, then repeats the experiment with the same
!
Kiran records the height of each plant―those with a
filter and those without.
!
writes in her notes that adding a colored filter over a plant affects its growth because the heights of the plants under the colored filters were less than the height of the plant with no filter.
!
Kiran turns in a written lab report to her science teacher.
Answer:
1. Collecting data
2. Performing an investigation
3. Communicating results
4. Asking a question
5.providing explanations
Explanation:
got it all right :)
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When Walker decides that she wants to explore beyond the Milky Way, what does she find?
Walker found about dying radio galaxy, plasma duct and radio galaxies while exploraing beyound the Milky way galaxy.
What Walker finds?When Walker decides that she wants to explore beyond the Milky Way she found faintest dying radio galaxy, whistling plasma ducts in the Earth's ionosphere and some of the youngest and weirdest radio galaxies so we can conclude that Walker found about dying radio galaxy, plasma duct and radio galaxies.
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Can I Get Some Help PLEASEEEE i Will Give Brainliest if you tell how to do it after you answer it correctly
3. Summarize patient A's history: Chromosomes obtained from a nearly full term fetus of a 40 year old female.
Which chromosome set has an extra? _diagnosis______
What diagnosis would you give this patient (what abnormality)? ______________
Summarize patient B's history:
Summarize the history of patient C:
As per the observation, it is clear that the correct answer is a medical book as it will have the medical history of the patient.
Gigantism is an extreme situation this is almost usually due to an adenoma, a tumor of the pituitary gland. Gigantism happens in sufferers who had immoderate boom hormones in childhood. The pituitary tumor cells secrete an excessive amount of boom hormone (GH), which main to many adjustments withinside the body.
How is gigantism diagnosed?
If gigantism is suspected, the prognosis is commonly shown via way of means of taking blood assessments to degree the stages of boom hormone and insulin-like boom component 1 (IGF1) circulating withinside the blood. IGF1 is launched into the blood often via way of means of the liver in reaction to boom hormone.
Thus it is clear that medical books will have a medical history of patent with gigantism.
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The cycle that involves the conversion of nitrogen gas into a usable form by bacteria is the:
a.
carbon cycle
c.
water cycle
b.
nitrogen cycle
d.
none of the above
Please help asap
Someone Please Help!! ASAP!!!!!!
What trend do you notice about the relative amount of carbon dioxide in the atmosphere over time? And for oxygen? What factors could cause changes in the carbon dioxide and oxygen gas levels of Earth’s atmosphere?
Answer:
The proportion of oxygen went up because of photosynthesis by plants. The proportion of carbon dioxide went down because: it was locked up in sedimentary rocks (such as limestone) and in fossil fuels. it was absorbed by plants for photosynthesis.
Explanation:
Due to plant photosynthesis, the amount of oxygen increased. Because carbon dioxide was trapped in sedimentary rocks (like limestone) and fossil fuels, its percentage decreased. Plants utilized it for photosynthesis.
What is photosynthesis?Carbon dioxide concentrations CO2 are expected to rise, which will raise serious concerns about how plants react to the gas. Increased photosynthesis results from elevated CO2 in plants, which increases biomass and carbohydrate production.
It varies both within and across species as to which organ receives the extra carbs. There is currently a paucity of knowledge regarding how the greater concentration of carbohydrates generated under rising CO2 affects the sugar sensing and signaling pathways of plants.
Therefore, Due to plant photosynthesis, the amount of oxygen increased. Because carbon dioxide was trapped in sedimentary rocks (like limestone) and fossil fuels, its percentage decreased. Plants utilized it for photosynthesis.
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Why is the 2nd era called the matter era?
Answer:
Because it talks about matter in an unspecified way
Explanation:
Where does the light that most plants use for photosynthesis come from?.
Answer: the Sun
Explanation: The whole process of photosynthesis is a transfer of energy from the Sunto a plant. In each sugar molecule created, there is a little bit of the energy from the Sun, which the plant can either use or store for later.
Describe the function of each organelle.
Nucleus
Endoplasmic reticulum
Golgi
apparatus
Ribosome
Answer:
Nucleus: The main function of the cell nucleus is to control gene expression and mediate the replication of DNA during the cell cycle. The nucleus is an organelle found in eukaryotic cells. Inside its fully enclosed nuclear membrane, it contains the majority of the cell's genetic material.
Ribosome: the site for protein synthesis in the cell. The ribosome reads the sequence of the messenger RNA (mRNA) and, using the genetic code, translates the sequence of RNA bases into a sequence of amino acids.
Endoplasmic reticulum: is a large complex of RNA and proteins. Ribosomes are the cell structures that make protein. They are found in the endoplasmic reticulum.
Golgi apparatus: The Golgi is the receiver of the entire output of the endoplasmic reticulum (ER), where proteins and lipids are processed, sorted, and packaged into vesicles and transport carriers for delivery to their final destinations inside or outside of the cell
Explanation:
I took it on edge 2022
hammerhead sharks aren't dangerous change my mind
Answer:
LOLZ
Explanation:
List 3 different proteins that can be made by a ribosome and explain their functions.
Answer:
Ribosomes receive information from the cell nucleus and construction materials from the cytoplasm. Ribosomes translate information encoded in messenger ribonucleic acid (mRNA). They link together specific amino acids to form polypeptides and they export these to the cytoplasm.
hope i m correct
Proteins are made by ribosomes. Examples of some proteins are insulin, glucagon, and keratin protein . Insulin and glucagon are glucose regulators in blood and keratin is structural protein.
How are proteins synthesised?Ribosomes are responsible for protein synthesis. The process of protein synthesis is called translation. For this process, ATP, translation enzymes, mRNA, and ribosomes are required.
In the cell, there are two types of ribosomes. Some are attached to the endoplasmic reticulum, and some remain free in the cytosol. The attached ribosomes give the endoplasmic reticulum its rough structure. Hence, this is called the rough endoplasmic reticulum ( RER).
The RER contains proteins or polypeptides that are destined to exist outside of the cell's synthesis. The proteins that remain in the cell are formed by the free ribosomes.
Examples of some are insulin, glucagon, and keratin proteins. Insulin is synthesised by beta cells of the pancreas and goes outside of the cell. Insulin maintains the blood glucose level. Glucagon increases the blood glucose level by breaking down glycogen. Keratin protein is the structural protein present in the hair.
Hence, three proteins are insulin, glucagon, and keratin that are made by ribosomes.
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