A jaguar that eats it's prey and then bounds across the rainforest after another possible meal is representing the characteristic of obtaining and using energy. T/F

Answers

Answer 1
True. He obtains energy then uses it to get more.









Related Questions

The client approaches various staff with numerous requests and needs to the point of disrupting the staff's work with other clients. the nurse meets with the staff to decide on a consistent, therapeutic approach for this client. which approach will be most effective

Answers

The approach that will be most effective IS TO HAVE THE CLIENT ADDRESS NEEDS TO THE STAFF PERSON ASSIGNED.
In the scenario given above, the best way to handle the client is to assign a staff person specifically to him to cater for all his needs. The clients should be informed that he should approach this staff alone for all his requests and needs.

A spring tide occurs during which of the following conditions?
A:) the earth is aligned with the moon and sun.
B:) the earth is aligned with the sun only.
C:) the earth is aligned with the moon only.
D:) the moon-earth and sun-earth alignments are perpendicular.

Answers

The appropriate answer is A. When the earth is aligned with the moon and the sun. Spring tides are higher than average high tides and lower than average low tides. This is caused when the gravity of the sun adds to the effects of the gravity of the moon. Spring tides occur twice each lunar month. The gravity of the sun and moon pull the oceans in the same direction causing the distortion.  

A spring tide occurs when the earth is aligned with the moon only.

The correct option is c.

What is spring tide?

A spring tide occurs four to five times a year.

A spring tides have higher high tides and lower low tides.

Spring tide is a rising of water or a flood at the time of full moon day.

It leads to rise in the sea level.

Thus, the correct option is C) the earth is aligned with the moon only.

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Constance's body is capable of producing insulin, but the insulin is misused. her condition is known as ____.

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Answer:

Constance's body is capable of producing insulin, but the insulin is misused. her condition is known as pre-diabetes.

Explanation:

Prediabetes is the preliminary stage of diabetes mellitus where all the symptoms necessary for the diagnosis of diabetes are absent, but the blood sugar is abnormally high.

Prediabetes is associated with obesity (especially abdominal or visceral obesity), high triglyceride and / or low HDL cholesterol dyslipidemia and hypertension. Therefore, it is a metabolic diathesis or syndrome, and it usually does not produce any symptoms, and the only symptom is high blood sugar.  

Impaired fasting blood glucose and impaired glucose tolerance are two types of prediabetes that are similar in clinical description (high blood glucose levels in both cases) but are physiologically different. Insulin resistance, insulin resistance syndrome and prediabetes are closely related and have overlapping aspects.

What percentage of the world's population is at risk of zinc deficiency?​?

Answers

17.3% of the world population is estimated to be at risk of zinc deficiency. This is according to Center for Disease Control. Zinc is an essential mineral critical for immunocompetence, growth, and development. Most of the affected regions are in Africa and India.


Hardwood trees, such as oaks, maples, and birches, are most commonly found in _______ biomes.

Answers

The appropriate answer is a TEMPERATE DECIDUOUS FOREST biome. The temperate climatic zone extends from about 30 to 60 degrees latitude. A deciduous forest contains deciduous trees such as oaks and maples that shed their leaves in Autumn. New leaves will grow back in the spring. 
Deciduous forests starts around the border of the northeastern USA and Canada. 

Hardwood trees are most commonly found in temperate forest biomes. These types of trees lose their leaves during the winter and grow them back every spring. Examples of hardwood trees include oaks, maples, beeches, cottonwoods, and elms.

How does water erosion affect humans?

What are the short-term effects to humans? (Property damage, contaminated water, damage to crops, etc.)

What are the long-term effects to humans? (Health issues, transportation difficulties, etc.)

Answers

For the answer to the question above for property damage, one example we could give is buildings or houses. Erosion decreases the value of this properties because the materials like metal are oxidizing and rust overtime and the structure's strength is decreasing over time. As for damage to crops. the land's nutrients decrease overtime too. Which means the crops can get fewer nutrients from the soil in order to perform Photosynthesis.

The long-term effects of this things on humans are things get riskier. Like a car. A 20-year-old car isn't the same as a brand new car in whatever ways. The brand new cars are safer because the materials that are used there are newer than the old car and they are more reliable. Same for humans. A 5-year old's health is not the same as a 50-year-old's health.

Final answer:

Water erosion affects humans by causing short-term issues such as property damage, contaminated water, and crop damage, and long-term problems like health issues and transportation difficulties.

Explanation:

Water erosion can have significant effects on humans, both in the short-term and long-term. In the short-term, property damage, contaminated water, and damage to crops are common consequences.

Such impacts can lead to financial loss, food scarcity, and health issues. In the long-term, water erosion can cause more severe problems such as persistent health issues due to long-term exposure to pollutants, and transportation difficulties when infrastructure such as roads and bridges are undermined by erosion.

On a broader scale, soil erosion and the pollution of waterways can affect ecosystems, leading to a decrease in biodiversity and the disruption of food chains. Actions such as agricultural runoff contribute to this pollution and can amplify over time, affecting the balance of natural systems.

Therefore, it is crucial for human activities to be managed in a way that protects our water resources and mitigates these effects.

Human intervention and policy can have a positive impact on water conservation and soil preservation, reducing the prevalence of both natural and human-induced processes that exacerbate erosion and pollution.

Measures such as sustainable farming practices, proper waste disposal, and the creation of wetlands can aid in preserving water quality and soil stability, ultimately safeguarding human health and the environment.

What is the sac around the heart that secretes a lubricating fluid to prevent frictions from the movement of the heart?

Answers

The sac around the heart that secretes a lubricating fluid to prevent frictions from the movement of the heart is the Pericardium.

The pericardium is the membrane that encloses the heart. It helps protect the heart from infections and also prevents the heart from filling with too much blood.

ANSWER: Pericardium

Hope this helps! :)

Which characteristic of lymphatic capillaries is correct? which characteristic of lymphatic capillaries is correct? they have smaller diameters than blood capillaries. they typically have a rounded, regular appearance in sectional view. they originate as pockets rather than forming continuous tubes. they have thicker walls than blood capillaries?

Answers

The correct answer is "they originate as pockets rather than forming continuous tubes". 

This is because lymphatic capillaries are small, thin walled vessels that are closed at one end (originate as pockets). This end is located in the interstitial tissue wherein the lymphatic capillaries drain the excess interstitial fluid. Lymphatic capillaries are also located in the digestive tract wherein they act as the conduit for fat absorption (cisterna chyli).

Final answer:

The characteristic of lymphatic capillaries that is correct is they originate as pockets rather than forming continuous tubes, allowing them to effectively collect interstitial fluid.

Explanation:

The correct characteristic of lymphatic capillaries is that they originate as pockets rather than forming continuous tubes. Unlike blood capillaries, which are the smallest vessels of the vascular system with a continuous structure, lymphatic capillaries are formed by overlapping endothelial cells that can open to allow interstitial fluid to enter when interstitial pressure increases. Thus, they begin as closed-end tubes (or pockets) that do not form a continuous network like blood capillaries.

Suppose you want to check for earthquake danger before buying a new home. How can you check the regional geology for earthquake danger? The actual building site? The home itself?

Answers

In order to check the regional geology for earthquake danger one should view fault and hazard maps of the area. A fault map shows the distribution of faults or fault zones in an area. A fault is a crack in the earth's surface along which movement occurs.

Hazard maps take into consideration the historic occurrences of earthquakes in the region and shows the probability of likely earthquakes in the region.
the actual building site can be assessed by using a soils map. Different soils react in different ways to seismic waves. The amplitude of seismic waves are either amplified or suppressed depending on the
type of soil or bedrock.
Homes showing signs of susceptibility to earthquakes often have cracks in the structure. These can be caused by minor quakes.

How do psychologists describe the human memory system?

Answers

''Psychologists use memory models to think and communicate about memory. Information-processing models involve three processes: encoding, storage, and retrieval. The connectionism information-processing model views memories as products of interconnected neural networks. The three processing stages in the Atkinson-Schiffrin model are sensory memory, short-term memory, and long-term memory. More recent research has updated this model to include two important concepts: (1) working memory, to stress the active processing occurring in the second memory stage; and (2) automatic processing, to address the processing of information outside of conscious awareness.''
Final answer:

The human memory system is often described through the Atkinson-Shiffrin model, which suggests memory operates in three stages: Sensory Memory, Short-Term Memory, and Long-Term Memory. This model characterizes memory as an information processing system where memory functions include encoding, storing, and retrieving information.

Explanation:

Psychologists describe the human memory system using a model called the Atkinson-Shiffrin model of memory, first proposed by Richard Atkinson and Richard Shiffrin in 1968. This model suggests that memory passes through three distinct stages: Sensory Memory, Short-Term Memory, and Long-Term Memory. Memories first enter our sensory memory where they stay for less than a second to a few seconds before those we pay attention to move into short-term memory. With the process of rehearsal, they then move into long-term memory for permanent storage. This model likens human memory to an information processing system, similar to a computer, where memory functions are classified into three basic operations: encoding, storing, and retrieving information.

In addition to this model, other models, like that proposed by Baddeley and Hitch, suggest a more complex system involving a feedback loop between short-term and long-term memory.

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This type of animal lays eggs with leathery shells, therefore it is a

Answers

reptile

or maybe

a snake


In the results of the experiment in "the lowest animal," the cat does not deliberately terrify the mouse. it does not know the mouse is suffering. true or false

Answers

the answer is true, the cat doesn't know that when its playing with it, its scaring the lil rodent

The bionic pancreas sends a signal to a device to release hormones into the bloodstream to regulate blood sugar. Identify one hormone the device would most likely release.

Answers

The glucose levels in the blood are regulated by two hormones secreted by the pancreas. The bionic pancreas can send the signals to release the hormone responsible for the blood glucose regulation.

The device, which receives the signal from bionic pancreas can release glucagon or insulin. As this device is used for the people suffering from diabetes, the device is more likely to release insulin.

Hence, the answer is insulin.

The beaks of finches on the galapagos islands enlarged over generations in response to

Answers

I think the answer would be needs. Hope this helps.

Which option best explains why nutrients for epithellal cells are obtained by diffusion from the underlying connective tissue?

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avascularity  is the  option  term which  best   explain  why  nutrient   for  epithelial  cell   are  obtained  by   diffusion   from the   underling   connective  tissue.  Epithelial membrane  consist of   continuous   sheet  of  cell. one   or  more  layer  thick  and  are  attached  to  the   underlying  connective  tissue  by  a   basement  membrane. Nutrient  and   oxygen  reach  epithelial  membrane   by  diffusion   from  blood  vessel  which   are  located  in  the   connective  tissue   beneath the basemen  membrane

1. Of the 10,000 neuropsychological assessments performed, how many cases involved probable malingering?


Probable malingering was present in how many medical cases not related to litigation or compensation claims?


What does Dr. Larrabee state about malingering cases?


Why do patients pretend to be sick?


What is motivating people to fake illness?


Why is difficult to detect malingering?


Where do patients go to learn the symptoms of their condition? How can this be problematic for detecting malingering?


What is a key barrier to pinpointing malingering?


What are some signs that the patient may be faking?


Why is malingering a problem in the healthcare field?


What are some questions doctors should ask themselves?


Review how to identify a malinger. Is there anything else you can think of to detect malingering?

Answers

if you look it up on the internet u will get it.

In which situation would the stroke volume be the greatest? when venous return is increased when venous return is decreased when the force of contraction is decreased when the difference between edv and esv is small when calcium channel blockers are present?

Answers

The correct answer is "when venous return is increased".

This is because when the venous return from the pulmonary veins to the left atrium and subsequently the left ventricle, there will be an increase in the left ventricular filling pressure and volume or the preload which in turn will result to increased left ventricular stroke volume.

The other choices will cause a decrease in stroke volume.

The situation in which the stroke volume would be the greatest is when venous return is increased. The correct option is A.

When the venous return is increased, there is a larger volume of blood returning to the heart from the venous system.

This increased blood volume fills the ventricles during diastole and leads to a greater preload (stretch) of the cardiac muscle fibers. This increased filling leads to a greater stretch of the cardiac muscle fibers (preload) and results in a more forceful contraction. As a result, the stroke volume is likely to be greater when venous return is increased.When venous return is reduced, there is a decreased amount of blood returning to the heart.As a result, the preload and stretch of the cardiac muscle fibers are reduced, leading to a weaker contraction.

Thus, the correct option is A.

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Complete question:

In which situation would the stroke volume be the greatest?

A. when venous return is increased

B. when venous return is decreased

C. when the force of contraction is decreased

D. when the difference between EDV and ESV is small

E. when calcium channel blockers are present

The nurse is caring for a patient admitted to the psychiatric unit with a diagnosis of schizophrenia. the patient has not bathed recently, and a family member states that the patient has not been out of the house for 10 days. on admission, the patient tells the nurse, "they are trying to hurt me; don't let them hurt me." this is an example of which symptom?

Answers

This is an example of persecutory hallucinations in which the affected persons believe they are being maliciously maligned, persecuted, obstructed, trick, spied on or physically hurt. Persecutory hallucinations or delusions are the most common form of delusions in paranoid schizophrenia. Generally, the patient thinks that harm is occurring, or is going to occur. Individuals with this kind of hallucinations are often resentful and angry, leading to an act of violence against those they believe are hurting them or their loved one.

A system is a group of related parts with specific roles that work together to achieve an observed result. If a body system, such as the digestive system, fails to work properly, what would happen to the organism? A. The organism would not be able to function properly. B. The defective system would regenerate into a new, working system. C. The organism would immediately evolve so the defective system is no longer necessary. D. The other organ systems would compensate for the defective system.

Answers

It's Letter A because that is the right answer!!!!!!!!!!!!

Final answer:

The correct option is A . When a body system fails to work properly, the organism may not be able to function properly.

Explanation:

When a body system, such as the digestive system, fails to work properly, the organism may not be able to function properly. The organ systems in the body work together to carry out specific tasks and functions, and if one system is not functioning properly, it can have a negative impact on the overall functioning of the organism.

For example, if the digestive system fails to properly break down and absorb nutrients from food, the organism may not get the necessary energy and nutrients it needs to survive and thrive. The other organ systems in the body may not be able to compensate fully for the defective system, leading to a decline in overall health and functioning.

Therefore, the correct option is A. The organism would not be able to function properly.

Which is the most correct statement regarding oil consumption in the United States between 1950 and 2008?

Answers

It increased! hope i helped!                                                                                    brainliest please!!

Your friends are worried because their newborn sleeps 16 or 17 hours a day. what would you tell them?

Answers

It may be perfectly healthy that their newborn is sleeping this long so unless they start displaying other strange symptoms that cause concern, there is no need to worry. They could suggest that they are concerned to the midwife if they feel anxious, to get a professional opinion.

The _____ extends from the base of the cerebrum to the spinal cord

Answers

The brain stem connects the spinal cord to the cerebrum.

Answer:

The correct answer is - Brain stem.

Explanation:

The brain stem is an area of the brain that extends from the base of the cerebrum and connects with the spinal cord. It has three parts medulla, pons, and the midbrain.  

The brain stem regulates the flow of signals or the messages between the brain and other body parts. The basic functions of the brain stem to manage the basic functions of the body such as heart rate, blood pressure, sleep swallowing, and breathing. It is also involved in eye movement, hearing and vision.

Thus, the correct answer is - The brain stem.

The final step of the healthcare reimbursement process is this?

Answers

I think the last step is Reconciliation. This is the process the healthcare provider analyzes received payment information compared to submitted claim information for accuracy. If the provider believes that the claim was inappropriately denied by the payer, the dispute process begins until satisfactory reconciliation is achieved by the provider and the third party payer.

The final step is the actual transfer of funds, either to the healthcare provider from the insurance company and/or the patient, or directly to the patient if the patient has already paid and is seeking reimbursement.

The final step of the healthcare reimbursement process is the payment to the healthcare provider or the reimbursement to the patient.

To elaborate, the healthcare reimbursement process typically involves several steps:

1. Service Delivery: The patient receives medical services from a healthcare provider.

2. Submission of Claim: The healthcare provider submits a claim to the insurance company detailing the services provided and the associated costs.

3. Claim Processing: The insurance company reviews the claim for accuracy and coverage eligibility based on the patient's insurance policy.

4. Adjudication: The insurance company determines the amount they will pay for the services rendered. This may involve applying deductibles, copayments, and coinsurance as outlined in the patient's policy.

5. Explanation of Benefits (EOB): The insurance company sends an EOB to the patient, which details the services covered, the amount paid, and any remaining balance for which the patient is responsible.

6. Payment: The insurance company issues payment to the healthcare provider for the amount covered under the patient's policy. If there is a remaining balance after insurance has paid its portion, the patient is responsible for paying this balance directly to the healthcare provider.

7. Reimbursement to Patient: In cases where the patient has paid the healthcare provider out-of-pocket, the insurance company may reimburse the patient for the amount covered under their policy, minus any deductibles, copayments, or coinsurance.

What is the function of the keratin found within skin cells?

Answers

I believe keratin functions to prevent water loss from the skin. Keratin is a protein mostly found in the hair, skin and nails. It can also be found in internal organs and glands, it is a protective protein, less prone to scratching or tearing than other types of cells produced by the body. Therefore, keratin serves important structural and protective functions, especially in the epithelium, the have also been found to regulate cellular activities such as cell growth.
Final answer:

Keratin found within skin cells provides hardness and water-resistant properties to the skin, protecting it from water loss, microbial growth, and degradation by bacterial enzymes.

Explanation:

The function of keratin found within skin cells is to provide hardness and water-resistant properties to the skin. Keratin is a type of structural protein that is produced by keratinocytes, which are the predominant cells found in the epidermis. The keratin in skin cells, along with fatty acids on the skin's surface, helps create a tough and waterproof barrier that protects the body from water loss, microbial growth, and degradation by bacterial enzymes.

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What is the term given to those organisms living in the pelagic zone that can swim? question 4 options: nekton benthos coral reef plankton save?

Answers

Hello! 

The term given to those organisms living in the pelagic zone that can swim is Nekton

The Pelagic zone is also called the open ocean. It's the water column that is not over the continental shelf. The living organisms in the pelagic zone that can swim are called Nekton. This is a term given by Ernst Haeckel, a German biologist, to distinguish the active organisms (Nekton) from the passive ones (Plankton). 

Organisms that can be classified as Nekton include Sharks, Squids or Crabs, among many others. 

Answer:

Nekton is the answer

Explanation:

I just took the test, trust me it is Nekton

What is the physical state of dna after being denatured by heat?

Answers

I believe when DNA is denatured by heat, hydrogen bonds are separated to create single stranded DNA. When the DNA solution is heated enough, The double stranded DNA unwinds, and the Hydrogen bonds that hold the two strands together weaken and finally break. The process of breaking a double-stranded DNA into single strands is known as DNA denaturation, or DNA melting.
The answer would be single-stranded

When DNA denaturated, the hydrogen bonds will be separated. This cause the DNA structure becomes single stranded. 
Heating DNA is used for replicating DNA(PCR) because as the DNA unwinded it is exposed and the enzyme to synthesize nucleic acid bind into it.

Which cells in your body contain your entire DNA code?
A) Nerve cells only
B)Brain Cells Only
C)All your cells

Answers

Hi!

The correct answer is C) All your cells

This is because all of the cells in your body contain proteins which are made up of amino acids which contain your DNA.
Final answer:

Every cell in your body, with very few exceptions like red blood cells, contains your entire DNA code. This DNA serves as a blueprint, guiding each cell's function. However, some exceptions exist like the mitochondria in cells that carry a bit of their own DNA.

Explanation:

The correct answer to your question is C) All your cells. Every single cell in your body, except for a few exceptions like red blood cells, contain your complete DNA code. Your DNA is basically a blueprint for your body. Every cell needs this blueprint to function properly; for instance, your skin cell needs to know it is a skin cell and so on. This complete set of DNA or genome is found in the nucleus of the cell. However, there are some exceptions where part of your DNA, not the entire blueprint, is found, as in the case of mitochondria in your cells, which contain a small amount of their own DNA.

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If you observed the sister chromatids separating during cell division, what phase of mitosis would you be observing?

Answers

This is the anaphase of mitosis. Anaphase is characterized by the separation of sister chromatids or "pulling away" of the sister chromatids from the metaphase plate to the opposite spindle poles. This is also the phase where chromosomes reach its maximum condensation meaning that the process of the reformation of the nucleus will be shorter and easier.

What situation results from a postfertilization barrier to reproduction? what situation results from a postfertilization barrier to reproduction? gamete incompatibility mechanical isolation of a species mutations in genes that control development offspring that fail to develop?

Answers

I believe the answer is Offspring that fail to develop. Post-fertilization barriers is where fertilization occurs but hybrid cannot reproduce. There two types of post fertilization barriers; Hybrid in-viability where the Zygote cannot complete development b/c genetic instructions are incomplete. The other one is Hybrid sterility where the hybrid organism cannot produce offspring b/c chromosome number is odd. 

Strength gains with ____ training are specific to the angle of muscle contraction.

Answers

The answer is isometric training. To simplify, the strength gains with isometric training are specific to the angle of muscle contraction. In addition, Isometric exercise or isometrics are a kind of strong physical activity in which the joint angle and muscle length do not alter throughout contraction likened to concentric or eccentric contractions or as called as dynamic or as isotonic activities.
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An 8-foot piece of pipe is cut into 1/3 foot sections. How many sections of pipe are there?A)20B)24C)30D)36 One way the modern atomic model differs from Thomson's atomic model is that electrons are no longer scattered throughout and atom's positive matter like chocolate chips in a cookie dough. instead, each electron is outside of the nucleus occupying a specific ___ Which of these were components of Roosevelts proposed New Deal? a. The New Deal would offer assistance to the poor.b. The New Deal would place fewer restrictions on big business practices.c. The New Deal would balance the federal budget.d. The New Deal would be put together by average citizens. ABCD is a rectangle. Find the length of each diagonal. Olivia, the general manager of a bowling center, believes in her workers and that they are responsible and capable employees, so that they can be trusted when given responsibility. olivia is an example of a(n) ___ manager How is meiosis different from mitosis? Meiosis begins with only one cell. Meiosis produces four new cells. Meiosis is a form of cell reproduction. Meiosis is a cycle of cell division. Description On a game show, a contestant randomly chooses a chip from a bag that contains numbers and strikes. The theoretical probability of choosing a strike is 15. The bag contains 8 strikes. How many chips are in the bag? which of the following is an example of absolute chronology A total of 60% of the customers of a fast food chain order a hamburger, french fries, and a drink. if a random sample of 15 cash register receipts is selected, what is the probability that 10 or more will show that the above three food items were ordered? If two chords are the same distance from the center of a circle, then they are _____________.a. parallelb. congruentc. perpendicular Dennis is thinking of two number. The only common factors of the number are 1 and 3.Thier first common multiple is 18.One of the number is 9. What is the other number? Suppose that G(x) = F(x - 8). Which statement best compares the graph of G(x) with the graph of F(x)? apexA.The graph of G(x) is the graph of F(x) shifted 8 units to the right.B.The graph of G(x) is the graph of F(x) shifted 8 units to the left. C.The graph of G(x) is the graph of F(x) shifted 8 units up. D.The graph of G(x) is the graph of F(x) shifted 8 units down. You are having a discussion about sequences with your classmate. She insists the the sequence 2,3,5,8,12 must be either arithmatic or geometric. Is she correct or incorrect? Explain. which sentence best describes the benefit of Australian ballots Valence electrons are responsiblefor the makeup of chemical properties of elements true or false Coactivation of alpha and gamma motoneurons is stimulated by ______________ neurons. What consequences might a country face when it deals with a state of anarchy? How can a state of anarchy result in violence and safety risks? Fossils can be body parts of ancient organisms, or they can be traces. give five examples of traces. Assuming complete dissociation, what is the molality of k+, br in an aqueous solution of kbr whose freezing point is -2.53 c? the molal freezing-point-depression constant of water is 1.86 (ckg)/mol. Which word best describes blending two styles of music together to make something new?A. IrregularB. FusionC. MotiveD. Contemporary