A cinder cone volcano easily erodes because it is made of ash and other volcanic debris. This indicates that its eruption is primarily explosive with a pyroclastic flow.
Volcanoes with cinder cones are the most basic. They are made of lava chunks and blobs that were ejected from a single vent.
A single vent is surrounded by a conical formation of ash, tephra, and solidified lava called a cinder cone. After being ejected into the air from the vent, volcanic debris breaks apart and falls to the ground, forming the cone. As the ash and lava cool and solidify, they form a cone around the vent.
The height of a cinder cone can range from 10 to hundreds of meters, and its summit frequently features a bowl-shaped crater. They differ from spatter cones, which are made of agglomerated volcanic bombs, in that they are made of loose pyroclastic material (cinder or scoria) and hence eruption is primarily explosive with a pyroclastic flow.
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Which would not be considered an organism
Explain how injury can cause disease in pets.
Injuries can cause disease in pets because when the pets get hurt, some body parts are showing up which allows germs to enter the body. As a result, the pet gets sick.
Glad to help. :)
Answer:
Let's say a dog is in a race. This dog falls and gets scraped. If the injury consists of an open wound, that would leave a big opening for diseases to get in. Diseases can be harmful to the way pets function, just like us humans. If your pet is injured, do anything you can to treat it.
Mr. Shepherd has gone outside to shovel snow on a cold day. How does his body maintain a relatively constant body temperature? What is this process called?
The thermoregulatory center, which is primarily responsible for controlling body temperature, is situated in the preoptic area of the hypothalamus.
Homeostasis is the term used to describe the process of maintaining a constant internal environment within an organism.
Vasodilation and vasoconstriction, which result in an increase or reduction in blood flow to the skin, are the primary thermoregulatory mechanisms.
On the skin's surface (peripheral receptors), in the pre-optic region of the anterior hypothalamus (central receptors), and in other areas of the body exist thermal sensing cells or thermal sensors for heat and cold.Blood flow to the skin increases in hot weather (making it red), while it reduces in cold weather (the skin becomes paler).The body employs perspiration in addition to blood flow to control body temperature because sweating causes water on the skin's surface to evaporate and heat to escape, which lowers body temperature.We can therefore draw the conclusion that the internal environment, a significant indicator, and the maintenance of body temperature are strongly associated (homeostasis).
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can you help me please
The equilibrium price according to the graph is $3.00. Option C.
What is an equilibrium price?An equilibrium price of a product is the price that equates the demand for the product with its supply.
In other words, the equilibrium price is the price at which demand equals supply.
On a graph of price against quantity, the demand curve slopes downward from left to right. On the other hand, the supply curve slopes upward from left to right on the same graph.
The price at which the demand curve intersects the supply curve on the graph is known as the equilibrium price.
From the graph, the approximate value of the equilibrium price is $3.00.
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QUICKKK PLSS The development of cell theory can be attributed to ___________.
A the sole use of a microscope in labs
B observations and conclusions of many scientists
C English scientist, Robert Hooke
D Dutch scientist, Anton Van Leeuwenhoek
what happens during the regeneration stage of the Calvin cycle.
Explanation:
In stage 1, the enzyme RuBisCO incorporates carbon dioxide into an organic molecule. In stage 2, the organic molecule is reduced. In stage 3, RuBP, the molecule that starts the cycle, is regenerated so that the cycle can continue.
What is the MOST frequent cause of slash and burn deforestation?
A. office buildings
B. canals like the Panama Canal
C. National Parks
D. agriculture
Please answer asap!!
Are their any multicellular chemoautotrophs? If so, describe them. If not, why?
It is not possible to have a multicellular chemoautotrophs.
What are chemoautotrophs?The term chemoautotrophs refers to those organisms that use the energy from the sun to convert inorganic elements into compounds that are useful in the soil. There are several kinds of chemoautotrophs such as nitrosomonas and nitrobacter.
When we talk about multicellular organisms we are talking about the organisms that have more than one cell. The unicellular organisms are the organisms that have only one cell and we know that bacteria and certain kinds of fungi possesses only one cell.
Since we know that the chemoautotrophs are bacteria and bacteria are singe celled organisms, it is not possible to have a multicellular chemoautotrophs.
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(a) Pepsin is a protein-digesting enzyme found in the stomach. It
has an optimum pH of 2 and is fully denatured at pH 6. Sketch a
curve on the graph to show the effect of pH on the rate of
reaction of pepsin.
Please find attached a sketch of the rate of reaction enhanced by pepsin at various pH, which shows a peak in the reaction rate at a pH of 2, and a reduction to (almost) zero rate of reaction at a pH of 6.
How can the variation of the rate of reaction with pH be graphically presented?(a) The given parameters for the enzyme, pepsin are;
Type of enzyme = Protein–digesting enzymeLocation of enzyme = The stomachEnzyme optimum pH = 2pH at which the enzyme is denatured = 6Required;
A sketch of a curve that shows the effect of varying pH values on the reaction rate of pepsin.
Solution;
An enzyme is denatured when it is not able to function to affect the rate of a reaction due to the loss of its tertiary or three dimensional structure.
The rate of the reaction when pepsin is denatured at a pH of 6 can therefore be taken as zero.
The graph of the variation of the rate of reaction for pepsin with pH consists of a curve that has a peak reaction rate at a pH of 2, and slopes downwards towards a reaction rate of zero at a pH of 6.
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If you could genetically engineer any species of organism, what would it be? Would it be a unicorn? A dog-cat hybrid? Your own personal pet giant? Choose any species—real or not—that your imagination desires!
Write a paragraph describing your species, what it looks like, and where it lives. Think of any inherited traits the species has that might help it survive in its environment. Thinking of these traits now can help you come up with allele combinations in the next step. Now describe your species in the answer space.
If we can genetically engineer any species of organism, it would be a human-fish hybrid.
A human-fish hybrid would have lungs as well as gills to breathe so that life can be also possible under water.
It would be revolutionary because humans would not be just restricted to land but also be able to explore deep seas and oceans and found new types of minerals and other hidden treasures in the deep seas and oceans.
If somehow land became unfertile or flood hits, human will still be able to cope up with that and if by some reason the land collapses or air became all polluted, we can still live underwater and make a new civilization.
This hybrid will also provide us the power of echolocation because of the sonar detection feature in most fishes.
This hybrid would also be able to talk to other fishes if fishes can talk to each other, it will basically be like a living mermaid just not the fin.
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The smooth endoplasmic reticulum is associated with the synthesis of which of the following classes of biomolecules?
A Proteins B Lipids C Carbohydrates D Nucleic Acids
Smooth ER is largely associated with lipids as well as the following:Phospholipids as in plasma membranes, and steroids.So the answer is (B)
Answer: the answer is A: proteins
Explanation:
Free electrons are bound to the nucleus and they orbit along the outermost shell.
O True
O False
Answer:
False
Explanation:
Hence, electrons revolving in the valence shell or outermost shell of an atom are called free electrons. Hence the given statement is false
mention the benefits of sunlight and soil to living things
sunlight helps in the process of photosynthesis,
Explanation:
photosynthesis is the process by which plants makes there own food using light in animals sunlight is important because it gives vimatin D which is responsible for strong born formation
which of the following is not a habit of mind of a good scientist?
a. skepticism
b. creativity
c. intellectual predictability
d. openness to new ideas
Answer:
it's c! intellectual predictability
if there is 10 fish
2fish swim away
2fish died
2 fish drowned.
how many fish are now?
What would be the result if you had a hypotonic solution with a cell in it?
O Equilibrium would be met by salt rushing out of the cell.
O Equilibrium would be met by salt rushing into the cell.
O Equilibrium would be met by water rushing out of the cell.
O Equilibrium would be met by water rushing into and out of the cell evenly.
O Equilibrium would be met by salt rushing into and out of the cell evenly.
O Equilibrium would be met by water rushing into the cell.
Answer:
A. The water rushes out of the cell
What is used to trap light energy in plants?
Answer:
chlorophyll
Explanation:
this is right
Answer:
Chlorophyll.
Explanation:
Chlorophyll, located in chloroplasts in the leaves of a plant.
Hope this helped! ^^
Which of the following statements best explains the difference between a theme and a topic?
A theme is one word; a topic is a complete sentence.
A theme is what the text is about; a topic is the lesson delivered to the reader.
A topic is what the text is about; a theme is the lesson delivered to the reader.
A theme is revealed in the exposition; the topic is revealed in the resolution.
The statement that best explains the difference between a theme and a topic is as follows: a theme is what the text is about; a topic is the lesson delivered to the reader (option B).
What is a theme and topic?A theme is what is generally being talked about, as opposed to the rheme.
Although a theme and topic are similar and often confused, the major difference between them is that;
a topic pertains to the story's “what.” and is driven by facts and specifics.a theme deals with the big picture and overall meaning that reveal why the story matters.Therefore, it can be said that the statement that best explains the difference between a theme and a topic is as follows: a theme is what the text is about; a topic is the lesson delivered to the reader.
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Answer: The answer is C) A topic is what the text is about; a theme is the lesson delivered to the reader.
Explanation:
9. Ions are held together by a(n)____bond. (2.1)
a. polar
b. molecular
c. covalent
d. ionic
Answer: B - ionic
Explanation:
Ionic bond is the attraction between oppositly charged ions
Which question most closely relates to the ecologists' observations and collected reports on prairie dogs?
Why are there so many prairie dogs in grasslands?
Are prairie dogs being hunted by people?
What foods do prairie dogs need to survive?
Are prairie dogs dying from sylvatic plague?
The question that most closely relates to the ecologists' observations and collected reports on prairie dogs is as follows: Are prairie dogs dying from sylvatic plague? (option D).
Who is an ecologist?An ecologist is a scientist that studies the relationships of organisms with their environment and with each other.
According to this question, ecologists are tracking colonies of black-tailed prairie dogs that are native rodents to Northern America. However, they notice a drastic decline in the population of the prairie dogs.
Based on the documented reports on a bacteria that induces sylvatic plague, the question that most closely relates to the ecologists' observations and collected reports on prairie dogs is as follows: Are prairie dogs dying from sylvatic plague?.
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I need a diagram of the energy flow
Energy and energy transition are depicted graphically and mathematically using energy flow diagrams, also known as energy flow charts.
Energy production used as unprocessed fuels to feed a system, supply of energy, transformation or conversion, losses, and energy in use can all fall under energy flow. The autotrophs that absorb energy from the sun are an excellent example of how energy moves through an ecosystem. The autotrophs are then consumed by herbivores, who convert the plant's energy into energy flow they can use. After that, carnivores eat the herbivores, and then other carnivores eat the carnivores is energy flow.
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How would having a fat-based cell membrane be of benefit to cells
Suppose you could get a sample of material from each of Earth's layers. Which
layer did each of these samples come from?
7. hot liquid iron
8. cool solid rock
9. hot solid rock
10. hot melted rock
11. very hot solid iron
12. hottest solid rock
Answer:outer core
Explanation:
Being flexible is an important step in meeting deadlines.
Deadlines are a way of organizing and completing things on time. Flexibility creates a lag. Hence, it is a false statement.
What is importance of deadlines?Deadlines are set to complete a particular task or work on time. It is important for a person to meet deadlines for his effective productivity. Deadlines provide a direction and course to the work.
Deadlines are important in achieving goals, completing targets and delivering services on time. Deadlines create an ambient environment to work in.
Deadlines help in organising work and creates a disciplinary atmosphere to follow it. It is one of the effective way of learning time management.
Thus, deadlines are the important part of a working system.
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Which of the following is NOT an example of active transport?
a: endocytosis
b: facilitated diffusion
c: exocytosis
d: sodium potassium pump
Answer:
The answer is B.
Explanation:
Because Facilitated Diffusion is a type of passive transport.
Answer: the answer is B
it is because it is a passive transport
Explanation:
The amount of studying completed for an exam will determine how well the student performs
on the exam.
IV:
DV:
C:
Answer:amount of studying
Explanation:
identify the anatomical structure A-F
Answer:
Option A: StifleOption B: ShoulderOption C: KneeOption D: CoronetOption E: PasternOption F: HockIf these are not part of your answer options or if something seems off, please let me know and I will do whatever needed to fix that.
Hope it helps.
What’s the correct answer answer asap for brainlist
Answer: C
Explanation:
Answer:c)
Explanation:
Question 1 Humans and African Apes share many characteristics yet each is a distinct species. 1.1 Name FIVE characteristics that humans share with African Apes. 1.2 Name TWO characteristics that differentiate humans from African Apes. (5) (2) 1.3 Describe how each of the following structures is different between humans and Apes: (a) Spine (b) Pelvic girdle (2) (2) 1.4 Explain the significance of the changes to the teeth of humans that show progression in evolution. (4) (15)
Since we are mammals, primates, and hominoids, we have a lot in common with all of these other animal species, especially with our closest relatives, the apes. Our species, Homo sapiens, belongs to the genus Homo, but we are also hominins. Knowing our evolutionary history means knowing what we share with other primates as well as what has transpired in the 7–10 million years since we split from other African ape lineages. or more precisely, what transpired during the two million years of our own genus' existence. There is strong evidence that over the Pleistocene, our lineage endured substantial modifications to their bodies, behaviors, and ecologies, which led to the emergence of a human niche. This essay provides an overview of the significant parallels and distinctions between apes and humans.
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