[tex]\huge\boxed{Negative Feedback}[/tex]
_____________________________________TYPES OF MECHANISMSThere are two types of mechanisms
Negative Feedback Mechanism:This mechanism opposes the change that occurs in the body resulting in the decrease of the CHANGE.
Positive Feedback Mechanism:This mechanism enhances the change that occurs in the body resulting in the increase of the CHANGE.
_____________________________________THERMOREGULATIONThermoregulation is the control of body temperature
__________________________________________________Decrease in temperatureThis picture is the mechanism for the THERMOREGULATION (control of the body temperature). It is the negative feedback, as you can see if the temperature is decreased that means the change occurs, so the process of shivering starts which is the movement of muscles which generates the heat resulting in the increase in temperature.
CHANGE: Less Temperature i.e. body cold.
NEGATIVE FEEDBACK: Increases temperature and brings it back to normal.
__________________________________________________Increase in temperatureWhen the Temperature of the body increases, that means when the change occurs, The Negative feedback mechanism is triggered resulting in the process of sweating which brings the body temperature down.
CHANGE: More Temperature i.e. Body hot
NEGATIVE FEEDBACK: Decreases the temperature by the process of sweating and brings it back to normal.
_____________________________________Best Regards,
"BORZ"
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Which process is represented below?
the Calvin cycle
anaerobic cellular respiration
aerobic cellular respiration
photosynthesis
Answer:
aerobic respiration!
Explanation:
Which of the following would reduce urban runoff?
Construct a shopping mall
Increase the number of storm drains
Increase the number of subdivisions
Use permeable pavement for sidewalks
Answer:
2
Explanation:
Answer:
B, Increase the number of storm drains.
Explanation:
How many alleles does a kitten inherit from the father?
Answer:
Each cat has 2 alleles of each gene and one allele from each parent.
Sea levels rising and ocean currents changing can be an indication of
Answer:
Global Warming
Explanation:
First, glaciers and ice sheets worldwide are melting and adding water to the ocean. Second, the volume of the ocean is expanding as the water warms. This shift of liquid water from land to ocean is largely due to groundwater pumping.
Describe a way in which a cell gets rid of wastes?
Answer:
Cells use both diffusion and osmosis to get rid of their waste. Hopefully this helps
Which one of the following is a source of energy that is used by cells
A) Lighting
B) Glucose
C) Salt
D) Toddlers
Answer:
b
Explanation:
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How is the water movement on wetlands? Explain.
Answer:
Water is accommodated a wetland straightforwardly when precipitation falls on the wetland or by implication when precipitation falls outside the wetland and is shipped to the wetland by surface-or ground-water stream. For instance, snow that falls on wetland bowls gives surface-water stream to wetlands during spring snowmelt.
Answer:
Many pollutants are washed by rainfall from urban and agricultural lands and are carried overland to water bodies. Pollutants include soil particles, fertilizers, pesticides, grease and oil from cars and trucks, and road salts. Wetlands can improve water quality by removing pollutants from surface waters. Three pollutant removal processes provided by wetlands are particularly important: sediment trapping, nutrient removal and chemical detoxification.As water from a stream channel or surface runoff enters a wetland, the water spreads out and flows through dense vegetation. The velocity of the flow is reduced, allowing suspended material in the water to settle to the wetland surface. The roots of wetland plants can then bind the accumulated sediments. As much as 90 percent of the sediments that are present in runoff or in streamflow may be removed if the water passes through wetlands. Also, because pollutants, such as heavy metals, are attached to soil particles, the settling of sediments in wetlands further improves water quality.Nitrogen and phosphorus from agricultural and lawn fertilizers, pet waste, sewer and septic systems, and other sources can act as plant fertilizers in natural water bodies and stimulate excessive plant, algae, and cyanobacteria growth. Such growth may produce toxic chemicals and choke out natural vegetation and wildlife. When runoff and stream flow pass through wetlands before entering a water body, these nutrients may be taken up by wetland plants and accumulate in less harmful chemical forms. When wetland plants die and decay, nutrients are recycled within the wetland. Wetlands are so effective at removing excess nutrients from water that many municipalities have built wetlands specifically for treating effluent from secondary sewage treatment plants. Natural wetlands are not suited for this purpose and for each wetland there is a limit to how much can be added before the natural plant and chemical processes are overloaded and break down.
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Any factor that changes the shape of an enzyme can affect the enzyme's activity. Which of the following two factors affect an
enzyme's operation the most?
OA. blood glucose level and pH
OB. amount of light and temperature
OC. amount of light and pressure
OD. temperature and pH
Chromosomes line up in the middle of the cell single file line during which phase?
A.Metaphase 1
B.Anaphase 1
C.Metaphase II
D.Anaphase II
HELP ASAP
Answer:
Metaphase II
Explanation:
Chromosomes align in the centre of the cell during both rounds of meiosis. Specifically, this occurs during metaphase I and metaphase II.
During metaphase I, the homologous chromosomes line up in pairs. This makes two lines of chromosomes in the centre (not a single cell)
During metaphase II, the chromosomes line up in the centre, in a single file, and are pulled apart by the spindles, separating the two sister chromatids.
The hard outer covering of an animal is a(n)
.
Answer:
they have an exoskeleton, their hard outer covering
Which of the following are some of the chief characteristics that scientists use to help them classify organisms into the correct kingdom? (Choose all that apply)
Answer:
cell organization
reproduction
motility
Explanation:
Answer:
mostly ectothermic
gills
aquatic lifestyle
Explanation:
There are several characteristics that, when combined, differentiate fish from other vertebrates and aquatic organisms.
2. Bacteria can kill organisms in eutrophic lakes by
Blocking out sunlight, halting the photosynthetic process in underwater plants
Reducing oxygen dissolved in the water when feeding on decaying plants and animals
Growing out of control and breathing all of the oxygen in
the lake
Initially adding excess nutrients to the lake
discuss the importance of fossils as evidence of evolution and describe 5 different kinds of fossil
Answer:
Five different types of fossils are body fossils, molds and casts, petrification fossils, footprints and trackways, and coprolites.
The types of Fossils are :
Body Fossils.Molecular Fossils.Trace Fossils.Carbon Fossils.Pseudo FossilsFossilsThe importance of fossils are :
Fossils give important prove for advancement and the adjustment of plants and creatures to their situations.
Fossil prove gives a record of how animals advanced and how this handle can be spoken to by a 'tree of life'.
The types of Fossils are :
1) Body Fossils-
Body fossils were parts of the life form, such as bones or teeth
2) Molecular Fossils-
Molecular fossils are natural atoms determined from once living organisms. Body fossils were parts of the life form, such as bones or teeth.
3) Trace Fossils-
Trace fossils incorporate foot impressions, eggs, burrows, and fertilizer.
4) Carbon Fossils-
When an living being kicks the bucket and is buried in silt, the materials that make the living being break down and in the long run as it were the carbon remains.
5) Pseudo Fossils-
Pseudofossils are inorganic objects, markings, or impressions that may well be mixed up for fossils.
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In the water cycle, when water changes from a liquid to a vapor is called.
precipiation
condensation
evaporation
transpiration
A partial Eclipse occurs during a
In the cell membrane, the molecules which move large molecules into and
out of the cell are known as what?
Answer:
ENDOCYTOSIS AND EXOCYTOSIS: MOVEMENT OF LARGE PARTICLES
Explanation:
It is possible for large molecules to enter a cell by a process called endocytosis, where a small piece of the cell membrane wraps around the particle and is brought into the cell. If the particle is solid, endocytosis is also called phagocytos.
Hello! Can someone explain Pollen Tube Germination to me?
Answer:
At the time of liberation, it becomes 2 celled, with a small generative cell and a vegetative cell. In the nutrient medium, the pollen grain germinates. The tube cell enlarges and comes out of the pollen grain through one of the germ pores to form a pollen tube. The tube nucleus descends to the tip of the pollen tube.
Explanation:
Which of the following statements best describes why the change in only one dna base of a gene does but always result in a different protein being produced by the gene
Answer:
Some condons code for the same amino acid
Explanation:
U welcome
The statement that describes why the change in only one DNA base of a gene results in a different protein being produced by the gene is some condons code for the same amino acid.
It should be noted that it is possible for different codes to produce identical amino acids due to the way that they bind to transfer RNA.
Different organisms use different codons. Therefore, it's important for the gene sequence to allow for optimal usage in the human cell line.
In conclusion, condons code for the same amino acid.
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The two new cells formed after the completion of cytokinesis are called copied cells.
True or false?
Answer:
False. They are called daughter cells.
Explanation:
Answer:false
Explanation:
That’s what my computer put as correct
what is the concept of dynamic equillubrium in the body
Answer:
A system in dynamic equilibrium will have small changes that sum together to produce no net change. Dynamic equilibrium is different from a static equilibrium, in which the parts do not move once they've reached equilibrium.
Explanation:
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Answer:
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what animal fossil is this
Which zone within the open-ocean zone is home to the most organisms?Which zone within the open-ocean zone is home to the most organisms?
Answer:
epipelagic zone
Explanation:
The epipelagic zone is home to most organisms because it is the sunlit upper layer of the ocean. it is also know as the photic or euphotic zone
Answer: A) the deep zone
Explanation:
Do all the days of the year have the same amount of daylight? yes or no how?
Answer:
No
Explanation:
Atmospheric refraction raises the sun about 1/2 degrees upward in our sky at both sunrise and sunset. This advances the time of actual sunrise, while delaying the time of actual sunset. This gives several minutes of extra daylight, not just at an equinox.
What is the main function of cytoplasm in a cell?
1 It provides a place for cellular functions to take place.
2 It controls what can enter the cell and what cannot.
3 It helps in packaging and sending out proteins and lipids.
4 It helps in synthesizing proteins in the cell.
Answer:
1
Explanation:
Answer:
1
Explanation:
DEFORESTATION
multiple choice
Answer:
c
e lExplanation: it can increase co2 in the air because the less the trees the more the co2 in the air
Tension can cause the formation of fault-block mountains or ____??
it can cause the formation of fault-block mountains or depression
Describe the role of carbon in biological systems
Carbon is an important element that is necessary for the development and growth of the living organisms. It makes up the structure of living organisms.
Carbon having four valence electrons in it's outermost shell is able to bind with oxygen, nitrogen, and hydrogen to form biomolecules like carbohydrates, lipids, proteins, and nucleic acids. These biomolecules are involved in various processes in the living organisms like defense, reproduction, growth, photosynthesis, respiration, and others. These biomolecules are necessary for the proper functioning, growth, metabolism, and development of living organisms. Conclusion: Hence, carbon acts as an integral element that is necessary for structure and function of the organisms.Learn more about carbon:
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The heart is to the ______________ as the brain is to the _______________.
A.respiratory system, excretory system
B. muscular system, circulatory system
C. respiratory system, muscular system
D. circulatory system, respiratory system
E. circulatory system, nervous system
F. muscular system, nervous system
Answer:
e bc the brain is the nervous system and the circulatory system is cardiovascular system and it consists for the heart
Explanation: