The organ systems that sustain the life of individual humans include:
Respiratory systemReproductory systemExcretory systemNervous systemCardiovascular systemLyphatic system Urinary systemEndocrine systemMuscular systemSkeletal systemIntegumentary systemOrgan systems in humansThere are 11 organ systems that help sustain life in humans generally. These organ system work independently or in collaboration to sustain life in humans. They include:
Respiratory systemReproductory systemExcretory systemNervous systemCardiovascular systemLyphatic system Urinary systemEndocrine systemMuscular systemSkeletal systemIntegumentary system The respiratory system ensures that there is continuity of life by making the production of younger ones possible.The respiratory system supplies the body with the require energy for the various metabolic processes necessary to sustain life.The excretory system ensures that wastes that can harm the body are made safe and disposed off the body of individuals.The nervous system act as a wiring system of the body and allows proper communication and feedbacks amond systems.The cardiovascular system ensures that the heart works properly and blood is pumped around the body.The lymphatic system works to ensure that the liquid portion of the blood does not dry out.More on the human organ systems can be found here: https://brainly.com/question/13278945
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10. Where would you see the nodes of Ranvier?
A. on an axon.
B. in the cell body.
C. on a dendrite.
D. a and c.
Answer:
Nodes of Ranvier are microscopic gaps found within myelinated axons.
Explanation:
Nodes of Ranvier are microscopic gaps found within myelinated axons. Their function is to speed up propagation of action potentials along the axon via saltatory conduction. The Nodes of Ranvier are the gaps between the myelin insulation of Schwann cells which insulate the axon of neuron.
The study of structure or morphology of body parts is ______ , and the study of function is _______
The study of structure or morphology of body parts is anatomy , and the study of function is physiology.
What is Anatomy?This is referred to as a field in the biological sciences which is concerned with the identification and description of the various body structures of living things such as the legs, hands, heart etc.
On the other hand , physiology is referred to as the branch of biology that deals with the normal functions of living organisms and their parts such as the heart being responsible for the pumping of blood which contains vital nutrients to various parts of the body.
Their knowledge is however important as it helps to provide the adequate knowledge and expertise required for the care and treatment of patients thereby making it he correct choice.
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16 Vitamin D is soluble in fat, but insoluble in water. It is present in the fat component of foods
that we eat.
-1
a Use this information to suggest how bile helps us to absorb vitamin D from food.
b Suggest into which part of the villi it is absorbed. Explain your suggestion.
Answer:
Explanation:
a Bile is a fluid produced by the liver that helps to break down and digest fatty foods, such as those containing Vitamin D. Bile helps to emulsify the fat in these foods, meaning that it helps to break it down into smaller droplets, which can then be more easily absorbed by the villi in the small intestine.
b Vitamin D is fat-soluble, so it is most likely absorbed into the fat-containing cells of the villi. The villi are small finger-like projections in the small intestine that have a brush-like surface, which increases the surface area for absorption of nutrients. The Vitamin D is likely taken up into the cells of the villi, from where it can enter the bloodstream and be distributed to different parts of the body.
You overhear dog breeders claim that when they bred two prize winning dogs, two of seven offspring suffer from ataxia, a disorder of the nervous system. How would you go about determining the pattern of inheritance of this disorder?
To determine the pattern of inheritance of ataxia in the offspring of two prize-winning dogs, a geneticist would likely conduct a variety of experiments and observations to gather data and make inferences about the underlying genetic factors. Here is an overview of some potential steps that could be taken:
Conduct a pedigree analysis: A pedigree analysis is a way to track the inheritance of a trait or disorder through multiple generations of a family. By looking at the family tree of the dogs, a geneticist can infer the pattern of inheritance of ataxia.
Study the affected offspring: The geneticist would likely study the affected offspring to determine if there are any specific characteristics or symptoms of the disorder. This could include conducting neurological exams, imaging studies, and other tests to gather information about the disorder's pathology.
Test for specific genetic mutations: The geneticist would likely conduct genetic tests to search for specific mutations in the genes associated with ataxia. This could include DNA sequencing, which can identify changes in the DNA sequence that might be responsible for the disorder.
Look for environmental factors: The geneticist would consider environmental factors that might be contributing to the disorder. This could include diet, exposure to toxins, and other factors that might be affecting the dogs' health.
Repeat the breeding: The geneticist would repeat the breeding and observe the offspring to see if the pattern of inheritance is consistent
Describe the path and all related steps that a molecule of oxygen would take from the air in the lungs to a muscle cell
Answer:, oxygen is delivered from the lungs to the bloodstream. The oxygen attaches to the hemoglobin of red blood cells.
Explanatio. The red blood cells then transport the oxygen to cells, such as those located in your muscles.
Drag and drop the words into the correct locations.(2 points)
Two astronomers accidentally discovered______, which is evidence of universe expansion that supports the Big Bang theory. This is particularly strong evidence because its temperature is ______. By observing this today, we can see what the universe looked like______?
Background radiation
137,000,000 years ago
not uniform
uniform
13,700,000,000 years ago
SOMEONE PLEASE HELP ME!!...
Two astronomers accidentally discovered Background radiation, which is evidence of universe expansion that supports the Big Bang theory. This is particularly strong evidence because its temperature is not uniform. By observing this today, we can see what the universe looked like 13,700,000,000 years ago.
What is the Big Bang theory in physics?The Big Bang Theory is a fundamental theory in the physics field that states the universe is expanding which is associated with different temperatures around space and background radiation.
Therefore, with this data, we can see that the Big Bang theory is based on temperature differences around the universe.
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URGENT!!!
A biology class observed that a species of cactus plant was adapted
to store water and survive in a dry climate.
Which factor is responsible for this population of cactus plants
becoming well-adapted to its environment?
Select one:
O random changes in allele frequency in every generation
O lack of genetic variation among individuals
O migration of gametes into the population
O unequal success of individuals in surviving and reproducing
Answer:
O unequal success of individuals in surviving and reproducing (natural selection)
Natural selection is the process by which certain traits become more or less common in a population over time due to the differential survival and reproduction of individuals with those traits, which leads to the adaptation of species to their environment.
which food chain is most efficient in terms of energy transfer?
a. leaves, caterpillar ,spider, bat owls
b.plankton, shrimp, cod
c. grass, cows
d. acorn, squirrel, snake, hawk
Plankton, shrimp, cod. Plankton are primary producers, shrimp consume plankton, and cod consume shrimp. This direct energy transfer makes the food chain efficient.
Option (b) is correct.
The food chain consisting of plankton, shrimp, and cod is the most efficient in terms of energy transfer. Plankton are autotrophs (primary producers) that convert solar energy into organic matter through photosynthesis. Shrimp feed on plankton, absorbing and transferring the energy stored in the plankton to their own bodies. Finally, cod consume shrimp, efficiently transferring the energy from the lower trophic levels to their own bodies.
This food chain has fewer trophic levels compared to the other options, minimizing energy loss. Each organism directly consumes the one below it, allowing for a more efficient transfer of energy.
In contrast, the other food chains mentioned (leaves, caterpillar, spider, bat, owls; grass, cows; and acorn, squirrel, snake, hawk) involve more trophic levels, which typically results in a greater loss of energy due to metabolic processes and heat loss.
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Which of the following elements is found the most frequently in food?
The element that is most frequently found in food is carbon.
What is carbon?Carbon is a chemical element with the symbol C and atomic number 6. It is a nonmetal and occurs naturally in all known organic life forms. It is a versatile element, forming a large number of compounds, including graphite, diamond, and organic molecules such as sugars, proteins, and oils.
Due to the fact that all the foods that we have are organic substances then nit follows that all the food that we have must be made up of carbon.
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When water freezes in cracks in rocks, it expands causing the rock to break. This is example of ….
A.weathering
B. Erosion
C. Deposition
Answer:
A. Weathering
Explanation:
Water expands when it freezes, which can cause the rocks to break apart. This is known as ice wedging and is a form of mechanical weathering. The expanding ice forces apart the pieces of the rock, causing them to crack and break. This process is especially effective in rocks with many cracks and crevices, such as limestone or sandstone.
Neonicotinoid pesticides are able to irreversibly connect to nicotinic acetylcholine receptors and
I trigger (stimulate) non-stop action potentials
■ Neonicotinoid pesticides cannot be broken down by acetylcholinesterase, resulting in
permanent overstimulation of other neurons.
■ Overstimulation results in fatal convulsions and paralysis in the insects
Using the diagrams and text above, explain in your own words how exposure to
neonicotinoid pesticides "results in fatal convulsions and paralysis in the insects."
(Your writing here)
Exposure to neonicotinoid pesticides "results in fatal convulsions and paralysis in the insects." because it involves the irreversible alteration of the acetylcholine pathway which is required for the normal functioning of the brain that controls movement and motor functions.
What is the effect of pesticides on the insect nerve system?The effect of pesticides on the insect nervous system is variable depending on the type of chemical toxicant and the insect's physiological features but in general, they act by inhibiting signaling pathways.
Therefore, with this data, we can see that pesticides may alter the insect nerve system in an irreversible way.
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describe the effects on surface area of potato of cutting the potato sticks into eight pieces
The effects of cutting the potato sticks into eight pieces would increase the surface area of the potato, and having more surface area means more area for enzymes to interact with the potato so it can be cooked easily.
What is the significance of the increased surface area of the potato?When the potato is cut into eight pieces, the surface area increases, and as the surface area increases, the cooking time decreases because the enzymes are exposed and can be deactivated when exposed to heat. So vegetables are cut before cooking.
Hence, effects of cutting the potato sticks into eight pieces would increase the surface area of the potato, and having more surface area means more area for enzymes to interact with the potato so it can be cooked easily.
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An organism on which a parasite or virus lives is called a
.
An organism on which a parasite or virus lives is called a host, and in the host-parasite relationship, the host is negatively affected and the parasite gets the food for growth.
What is the host-parasite relationship?Many ecosystems have host-parasite relationships where two organisms are involved, such as the host, which is negatively affected by the relationship .The parasite is totally dependent on the host, and it can be either an endoparasite or an ectoparasite like lice.
Hence, an organism on which a parasite or virus lives is called a host, and in the host-parasite relationship, the host is negatively affected and the parasite gets the food for growth.
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what is the main function of cellular respiration
A. using carbon dioxide
B. releasing energy
C. producing oxygen
D. circulating blood
Answer:
B. releasing energy
Explanation:
why is almost every strand of HIV DNA different?
Almost every strand of HIV DNA is different because it is composed of a single-stranded RNA.
What is a DNA?This is referredt oas a deoxyribonucleic acid and ijs the geentoic masterial of most living organisms. In the case of HIV, each virion comprises a viral envelope and associated matrix enclosing a capsid, which itself encloses two copies of the single-stranded RNA genome.
The reverse transcription of the viral RNA genome into double-stranded DNA is part of the reasons why the HIV DNA is usually different thereby making it the correct choice.
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Paramedics arrive on the scene of a car accident. They assess the scene and call the emergency room with the victim’s condition. The ER doctor recommends starting an IV, not to treat the patient at this time, but to establish an intravenous line should drugs need to be quickly administered later on the way to the hospital. Should the IV fluids be hypotonic, isotonic, or hypertonic to blood plasma? Explain.
Answer:
Isotonic fluids.
Explanation:
The IV fluids should be isotonic to blood plasma. Isotonic fluids have the same osmotic pressure as blood plasma, which means they will neither cause the cells to swell nor dehydrate. This is important because it allows the IV fluids to be administered quickly without causing any harm to the patient. Hypertonic fluids, which have a higher osmotic pressure, would cause the cells to dehydrate, while hypotonic fluids, which have a lower osmotic pressure, would cause the cells to swell. Therefore, isotonic fluids are the best choice for this situation.
Which table shows a proportional relationship between X and Y?
Answer: Table 2
Explanation:
when you divide all the y's by all the x's you get 0.5 for all answers
Explain in detail how the endocrine system is reacting during these given situations to bring the body back to homeostasis or may be causing adverse physiological effects. Identify the important anatomical structures/organs involved in this situation, hormones secreted, and physiological reactions/adjustments taking place due to the Endocrine System functions.
Case Study
1) Tianna was riding her horse on a warm sunny day (101 degrees Fahrenheit). She had overdressed for the day, not knowing it was going to be this hot. She had already sweated out 1 Liter of fluids and her respiratory rate was increasing (currently at 23 breaths per minute while sitting). She was also feeling dizzy and not well.
To help the lower temperature of Tianna on a hot day, the hypothalamus, a part of the endocrine system of the body induces the production of the thyroid hormone, thyroxine, that induces sweating in order to lower the body temperature.
What is thermoregulation?
The process through which the body controls its internal temperature is known as thermoregulation. Extreme discomfort and even death could result from having a body temperature that is excessively cold or high.
The hypothalamus helps keep the body's internal functions in balance by producing hormones that help to regulate body temperature.
Sweating is one of the main ways your body regulates temperature when exposed to hot temperatures. The evaporation of sweat assists in cooling the skin. Additionally, the blood arteries feeding the skin widen, allowing warm blood to travel to the skin's surface. This aids in cooling the body's core.
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SOMEBODY PLS HELP !!
Which statement describes what is happening at the plate
boundary in this section of a tectonic map?
A) The seafloor is spreading.
B) Two continental plates are colliding.
C)An oceanic plate is subducting.
D) Two plates are sliding past each other.
The sea floor is spreading is the correct option. Deep ocean trenches, volcanoes, island arcs, undersea mountain ranges, and fault lines are examples of plate tectonic characteristics.
Describe the earth's crust:The Earth's outer crust (the lithosphere) is made up of tectonic plates that move on top of a heated, moving mantle layer known as the asthenosphere. Convection currents created by heat in the asthenosphere lead tectonic plates to shift several millimeters each year relative to one other. A "plate border" is formed when two tectonic plates collide. There are three main types of plate borders, each of which is related with the production of different geologic characteristics.
When is a convergent boundary formed?A convergent plate boundary is formed when two tectonic plates clash. Subduction is the process by which one of the converging plates moves beneath the other.
Deep trenches are frequent structures generated where tectonic plates are subducted, and earthquakes are also prevalent near subduction zones. Fluids are released from the rock when the sinking plate goes further into the mantle, causing the overlying mantle to partially melt. The new magma (molten rock) rises and may erupt violently to generate volcanoes, which frequently form arcs of islands along the convergent boundary.
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Write a scientific explanation that describes the effects of the 1997 El Niño on the Galapagos Islands (labeled G.I. on the first map).
Complete C.E.R.
These changes had a major impact on the Galapagos Islands. The increased temperatures led to more frequent and intense droughts, causing a decrease in vegetation and an increase in the spread of invasive species.
What is temperatures ?
Temperatures refer to a measure of the amount of heat energy in a given environment. It is measured in degrees Celsius (°C) or Fahrenheit (°F). Temperature can affect many factors in an environment,
such as the rate at which reactions occur, the rate of evaporation, and the ability of organisms to survive. Changes in temperature can affect weather patterns, ocean currents, and the growth of plants and animals.
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Cell-to-Cell Communication
cells to cell communicate and research what clinical
considerations can result with this topic.
For class discussion please help me out
Answer:
Cells communicate with one another through a variety of mechanisms, including chemical signaling and direct cell-to-cell contact. These communication processes are essential for many physiological functions, such as tissue repair and immune response.
One important aspect of cell communication is the signaling pathways that are activated by different signaling molecules. These pathways control various cellular functions, such as cell growth, differentiation, and death. Dysregulation of these pathways can lead to various diseases such as cancer, autoimmune disorders, and developmental disorders.
Clinical considerations related to cell communication include:
Explanation:
Clinical considerations related to cell communication include:
Cancer: Cancer cells often have mutations in signaling pathways that lead to uncontrolled cell growth and proliferation. Targeting these signaling pathways with drugs can be an effective way to treat cancer.
Autoimmune disorders: In autoimmune disorders, the immune system mistakenly attacks the body's own cells. This can be due to a malfunction in the signaling pathways that control the immune response.
Developmental disorders: Many developmental disorders, such as Down syndrome, are caused by changes in the signaling pathways that control cell differentiation and growth.
Tissue repair: Inadequate cell communication during tissue repair can lead to chronic inflammation and non-healing wounds.
Inflammation: Inflammation is a normal response to injury, infection, and other stimuli. However, chronic inflammation can contribute to various chronic diseases such as cancer, heart disease, and diabetes.
It's important to note that more research is needed in this field to fully understand the clinical implications of cell communication and to develop effective treatments for related diseases.
Which of the following distinguishes primary roots?
O Primary roots are thin and spread outward.
O Primary roots are thin and spread downward.
O Primary roots are thick and spread outward.
O Primary roots are thick and spread downward.
Primary roots are thin and spread downward.
What are Primary roots?
Primary roots are the first roots to develop from a seedling. They are generally thicker and longer than the secondary roots that develop later. Primary roots are responsible for anchor the plant into the soil and absorbing water and minerals from the soil to support the growth of the plant.
Primary roots are the initial roots that grow out of germinating seeds. These roots are thin and spread downward in order to anchor the plant in the soil and absorb water and minerals. They also help the plant to access deeper layers of soil where more nutrients may be found. Primary roots are usually short-lived and are eventually replaced by secondary roots.
Hence, option B is correct.
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Answer:
Primary roots are thin and spread downward.
Explanation:
Name that thing
Are membrane proteins that can recognize other cells.
•Which part of a leaf would have the most
amount of chlorophyll?
A. Roots
B. Palisade mesophyll
C. Cuticle
D. Epidermis
•At the end of the electron transport chain, where do electrons end up on?
A. NADPH
B. Oxygen
C. carbon dioxide
D. Water
• What are the products of photosynthesis?
A. Glucose & oxygen
B. Carbon dioxide & oxygen
C. Glucose & carbon dioxide
D. Oxygen & water
• Where does the energy come from for Photosystem II?
A. Light
B. Water
C. Chemicals
D. Electrons
Where do the electrons come from for Photosystem II?
A. Light
B. Water
C. NADPH
D. Carbon dioxide
Palisade mesophyll have the most amount of chlorophyll.
At the end of the electron transport chain, electrons end up on Water.
Glucose & oxygen are the products of photosynthesis.
The energy comes from light for Photosystem II.
The electrons come from water for Photosystem II.
What is chlorophyll?
Many plants and algae have a green tint because of chlorophyll. Chlorophyll is contained within organisms in structures known as chloroplasts, which are pictured here arranged inside plant cells under a microscope.
Any individual belonging to the most significant group of pigments involved in photosynthesis—the process by which light energy is transformed into chemical energy through the production of organic compounds—is referred to as a chlorophyll. Almost every photosynthetic creature, including algae, cyanobacteria, and green plants, contains chlorophyll. It takes in light energy, which it uses to change carbon dioxide into carbohydrates.
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This perspective would study the pro's and con's of cramming for a test. *
Psychodynamic
Biolgical
Behavioral
Humanistic
Cognitive
Social Cultural
Evolutionary
Cognitive perspective would study the pro's and con's of cramming for a test, 4th option.
What is Cognitive perspective?In psychology, the cognitive perspective focuses on how the interactions of thinking, emotion, creativity, and problem-solving abilities influence how and why you think the way you do. Cognitive perspective would examine how people process, perceive, and think about information.
It would study how cramming affects the cognitive processes such as attention, memory and organization of information, and the impact of cramming on academic performance. This perspective would also consider the individual's beliefs and attitudes towards cramming, and how those influence the effectiveness of this study technique.
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Which research method involves an in-depth investigation of an individual subject?
A naturalistic observation
O A case study
OA survey
An experiment
what type of antigens are found on RBC of a person with type AB blood?
- O
- A
- B
- AB
AB blood group has both A & B antigens but no antibodies...
What type of antigens are found on RBC of a person with type AB blood?
A & BThe people with blood group AB have both antigens A and B but no antibodies thats why they are universal accepters...
URGENT!!
Fossil evidence suggests that a number of members of one fish
species from an ancient lake in Death Valley, California became
several isolated species. Each of these new species lived in a
different pond. Which of the following best explains the cause of
this speciation?
Select one:
O geographic isolation
O episodic isolation
O behavioral isolation
O temporal isolation
Answer:
geographic isolation
Explanation:
According to fossil evidence, a number of fish from a long-gone lake in Death Valley, California split off to become numerous distinct species. These new species all resided in various ponds. Geographic isolation is probably to blame for this diversification. When a community is physically divided from another by a geographical barrier, such as a mountain range or a body of water, geographic isolation has occurred. The two populations cannot exchange genetic material because of this isolation, which results in genetic diversity and eventually the emergence of new species. In this instance, the several ponds in Death Valley have acted as physical barriers to isolate the fish population, which has resulted in the emergence of new species.
After ecologists make their best estimations of how multiple factors affect one another by observation, how do they analyze data?
Answer:
Ecologists analyze data by using statistical methods and mathematical models to identify relationships among multiple factors. They also use computer simulations to test the accuracy of their observations and estimations. Additionally, they may use software to analyze large datasets and create visualizations to better understand the data.
Explanation:
Fill in the blanks
Nebulae are____ where____ can form.
Dust and gas
Stars
Light
Gravity
Plants
SOMEONE HELP!
Nebulae are Dust and gas where Stars can form, hence option A, B.
How is nebula formed?Although there are less than ten atoms per cubic meter in intergalactic space, it is not completely vacuum. Nature, after all, detests emptiness! When a few atoms are close enough to one another to clump together, a nebula starts to form. Naturally, the gravitational influence of atoms increases with the number of clumps they form. Eventually, a sizable gaseous cloud forms in space as a result of them being able to drag even more particles toward them.
A nebula is primarily a cloud of gas and dust in space; when there are several, they are collectively referred to as nebulae. Some of the most beautiful celestial phenomena are nebulae, and many of them have been given names that refer to things we are familiar with, like the land.
Therefore, option A, B are correct.
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