➷ It would be 'an increase in body temperature results from involuntary shivering.' As you may realize, when you stand in the cold, your body starts to shiver itself. This is from an effector producing a response to try increase your body temperature.
✽➶ Hope This Helps You!
➶ Good Luck (:
➶ Have A Great Day ^-^
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Effectors are muscles or glands that work to maintain homeostasis through negative feedback mechanisms. They respond to changes in the body's internal state, such as increases or decreases in temperature, by initiating responses to return to a normal state or 'set point'. The mechanisms of homeostasis can be seen in how the body responds to changes in temperature from exercise, fever, shivering, or shock.
Explanation:Effectors play a crucial role in homeostatic responses. These can be muscles that contract or relax, or glands that secrete. For example, when there's an increase in body temperature due to exercise, or a fever, or involuntary shivering, your body responds by initiating cooling mechanisms like sweating. Effectors respond to signals from the brain, usually triggered by sensory input detecting a change from the normal state, or set point. This is a part of a negative feedback mechanism that works to maintain homeostasis, a relatively stable internal state. If our body temperature drops too low, as in the case of shock, the mechanism works the other way, activating effectors that generate heat, such as by shivering, to bring the temperature back up to normal.
Maintaining homeostasis is crucial, as failure to do so can be detrimental and even cause death. There are also positive feedback loops in homeostasis, but these usually move the body further away from homeostasis, such as during childbirth when the levels of the hormone oxytocin increase to facilitate labor.
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center of integration and control a. controls the right side of the bodyb. controls the right side of the body c. conducts communication between brain and rest of bodyd. conducts communication between brain and rest of body e. allows communication between cerebral hemispheresf. allows communication between cerebral hemispheres coordinates body movementsg. coordinates body movements controls the left side of the bodyh. controls the left side of the body controls basic functions like breathing and circulationi. controls basic functions like breathing and circulation
Answer:
C and D both appear to be the same answer. I believe one of those if correct. (read explanation)
Explanation:
The spinal cord serves as a conduit for signals between the brain and the rest of the body. It also controls simple musculoskeletal reflexes without input from the brain. The brain is responsible for integrating most sensory information and coordinating body function, both consciously and unconsciously.
In an active synapse composed of a presynaptic and postsynaptic cell, which part of the presynaptic cell is the last to participate in the action potential? a) Cell body b) Axon terminals c) Axon d) Dendrites e) Axon hillock
Answer:
b) Axon terminals
Explanation:
Dendrite is the receiving part of the presynaptic neuron, while axon is the transmitting part of the neuron. So, after initiation, action potentials travel down axons to the terminals.
Action potential travels through the membrane of the presynaptic cell causing the voltage-gated channels permeable to calcium ions to open. Ca2+ flow through the presynaptic membrane and increase the Ca concentration in the cell which will activate proteins attached to vesicles that contain a neurotransmitter (e.g. acetylcholine). Vesicles fuse with the membrane of the presynaptic cell, thereby release their contents into the synaptic cleft-space between the membranes of the pre- and postsynaptic cells. Neurotransmitter ACh binds to its receptors on the postsynaptic membrane and its binding causes depolarization of the target cell (muscle cell). Depolarization occurs because sodium enters the cell as a result of neurotransmitter receptor binding.
What processes can change sedimentary rock into metamorphic rock?
A. Subduction and high pressure
B. Erosion and lithification
C. Heating and cooling
D. Uplift and erosion
A) Subduction and high pressure
A. Subduction and high pressure
Fiber is composed of long polysaccharide chains and offers many health benefits. Match the definition with the type of fiber.
A part of plants consumed in food:
Added to food and is the form in fiber supplements:
Does not dissolve in water:
Soluble and viscous (forms a gel when wet):
Insoluble fiber
Soluble fiber
Functional fiber
Dietary fiber
Dietary fiber refers to the part of plants consumed in food. Functional fiber is the form added to food and found in fiber supplements. Insoluble fiber does not dissolve in water, while soluble fiber becomes viscous or gel-like when wet.
Explanation:The question is about different types of fiber and their characteristics.
Dietary fiber is a part of plants consumed in food.
Functional fiber is added to food and is the form in fiber supplements.
Insoluble fiber does not dissolve in water, whereas
soluble fiber is soluble and viscous, meaning it forms a gel when wet. These various forms of fiber all play a role in maintaining healthy physiological functions.
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Dietary fiber is the type of fiber that is a part of plants consumed in food. Soluble fiber dissolves in water and forms a gel-like substance in the digestive system, while insoluble fiber does not dissolve in water and adds bulk to the stool. Functional fiber refers to fiber added to food and found in fiber supplements.
Explanation:The type of fiber that is a part of plants consumed in food is called dietary fiber. It is found naturally in foods such as fruits, vegetables, whole grains, and legumes.
Soluble fiber is the type of fiber that dissolves in water. It forms a gel-like substance in the digestive system, which can help to lower cholesterol and control blood sugar levels. Examples of foods rich in soluble fiber include oats, barley, beans, and fruits.
Insoluble fiber is the type of fiber that does not dissolve in water. It adds bulk to the stool and helps to prevent constipation. Foods high in insoluble fiber include whole wheat bread, brown rice, nuts, and vegetables.
Functional fiber refers to fiber added to food and found in fiber supplements. It is not naturally present in foods, but is added for its beneficial effects on health.
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Consider a mutation in which the change is from uac to uau. Both codons specify the amino acid tyrosine. Which type of point mutation is this?
The correct answer is: silent mutation
There are a few types of genetic mutation that can change genetic code. Those mutations can be classified:
1. Substitution-only one base is changed
• Nonsense mutations-when substitution leads to the formation of a stop codon instead of a codon
• Missense mutations-when one nucleotide is substituted and a different codon is formed
• Silent mutations-when a nucleotide is substituted and the same amino acid is produced
2. Insertion- extra base pairs are inserted
3. Deletion- section of DNA is deleted
This is a missense mutation, which is a type of point mutation where a single nucleotide is replaced, resulting in a change in the codon sequence. Despite the change, both the original and mutated codon still specify the same amino acid.
Explanation:This is an example of a point mutation called a missense mutation. In this mutation, a single nucleotide is replaced with another, resulting in a change in the codon sequence. Despite the change in the codon, both the original codon (UAC) and the mutated codon (UAU) still specify the same amino acid, tyrosine.
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The humerus is the long bone that extends from the shoulder to the elbow. Which skeletal system does the humerus belong to?
The answer is the Appendicular skeleton.
Good luck!
-RxL
The system described above is the Appendicular system.
Discuss human activity and the climate, what do you think the future has in store for our climate
climate is defined as the statistics of weather which remains in an area for a period of time. different elements are involved to asses the climate of any specific are which include, humidity, temperature, wind , atmospheric pressure, precipitation and other variables. but in the modern times since humans has evolved, they have created a lot of problems for themselves. the weather conditions are going harsh and the global temperature has increased by two degrees Centigrade. the ozone layer has been effected and the ultraviolet rays directly hit the Earth causing increased rate in cancer and health related problems. from agriculture prospective, the per capita yield is low as the weather patterns are changing.
similarly, the deforestation and excessive urbanization is other major concern for our future. the natural pattern has been challenged and the animals are going extinct the example of Polar bears and Rhinos are infront of us.
in a nutshell the future seems very uncertain if the activities of human beings tend to continue at the same pace. the coming generation will face a lot of problems. but, we can reverse that by planting more trees, managing the resources with care and creating awareness among the masses to love the dear Earth
Which of the following statements about the nuclear envelope is false?
a) Nuclear pores are made up of a group of proteins that are collectively called the nuclear pore complex.
b) The nuclear envelope is continuous with the Golgi apparatus.
c) The nuclear envelope is composed of two lipid bilayers.
d) Molecules pass into and out of the nucleus through nuclear pores.
Answer:
b) The nuclear envelope is continuous with the Golgi apparatus.
Explanation:
The nuclear envelope is a nuclear membrane composed of two lipid bilayers: inner and outer membrane and perinuclear space between them. Its outer membrane is continuous with the endoplasmic reticulum. Nuclear pores that are part of this envelope allow the movement of molecules in and from the nucleus (e.g. mRNA formed during transcription should be transported into cytosol through the pores).
The citric acid is a stage of catabolism that oxidizes acetate into carbon dioxide and generates energy. There are eight enzymes involved in the citric acid cycle.
Which enzymes produce NADH as a product? Select all that apply
a. alpha-ketoglutarate dehydrogenase
b. succinate dehydrogenase
c. malate dehydrogenase
d. isocitrate dehydrogenase
The answer is B succinate dehydrogenase
Which of the following is a segmented animal with an exoskeleton and jointed appendages?
A: Mollusks
B: Segmented Worms
C: Cnidarians
D: Arthropods
The correct answer is - D: Arthropods.
The arthropods (Arthropoda) are a very large phylum, having almost two million species described so far, and there might be even up to 15 times more than that. The arthropods are one of the oldest organisms that still exist. Their most recognizable characteristics are the exoskeleton, fragmented body, and jointed appendages. They only have an other shell, and do not posses internal skeleton, thus making them hard on the outside, and squishy on the inside. The body is fragmented, the number of fragments is differing from family to family, and that is in order for them to have greater mobility. Another characteristic that enables them greater mobility and flexibility are the jointed appendages. They were also the first more complex organisms that got out on the land, and dominated it for quite some time. Unfortunately for them, they do not have the ability to develop their brains on a higher level, thus they were easily outcompeted by the newly emerging groups of animals and fell into their shades.
Which of the following is a function of the protein called ubiquitin?
a.) It attaches to proteins that are marked for destruction in the cell.
b.) It assists in the removal of introns from a eukaryotic pre-mRNA.
c.) It initiates the formation of a transcription complex.
d.) It adds the 3' and 5' caps to eukaryotic pre-mRNA.
The correct answer is: a) It attaches to proteins that are marked for destruction in the cell.
Ubiquitin is a regulatory protein of eukaryotic cell with the various of function. The mechanism of its action involves the addition of ubiquitin to a substrate protein (ubiquitination). Ubiquitin regulatory roles are:
• marking thee proteins for degradation via the proteasome,
• alter the cellular location of proteins,
• promoting or preventing protein interactions.
The protein called ubiquitin functions to mark other proteins for destruction by attaching to them and directing them to the proteasome for degradation.
Explanation:The function of the protein called ubiquitin is to mark other proteins for degradation within the cell. When a protein is tagged with ubiquitin, it is an indication that the protein's lifespan is over, and it should be directed to the proteasome, which is responsible for breaking down and recycling proteins. The process of tagging proteins with ubiquitin and thereby controlling the longevity of these proteins is a key method for regulating gene expression in cells. This post-translational modification is vital for maintaining cellular homeostasis and function.
Answer: a.) It attaches to proteins that are marked for destruction in the cell.
What kind of nutrients does the lymphatic system carry to the bloodstream?
The correct answer is: large fats and fat-soluble vitamins
Lymph vessels called lacteals are responsible for the transport of large fats from the digestive tract. Those vessels are located at the beginning of the gastrointestinal tract, predominantly in the small intestine. Fats and fat-soluble vitamins are absorbed from the digestive system and then transported to the venous circulation. The lymph in the lacteals is called chyle.
Which genetic disorder causes the body to produce unusually thick mucus in the lungs and intestines? a. hemophilia b. Down syndrome c. cystic fibrosis d. sickle-cell disease Please select the best answer from the choices provided A B C D Mark this and return
Cycstic Fibrosis (C)
Hemophilia has to do with the blood
Down Syndrome is because of an extra chromosome
Sickle-Cell disease also has to do with blood.
the correct answer is c
You have to choose between playing a team sport or taking music lessons because the practices overlap. This choice demonstrates that
music lessons are scarce
sports teams are scarce
time is scarce
demand is scarce
The choice demonstrates that time is scarce
Answer: Time is scare.
Explanation:
The time is scare because there is a over lap between the team sport or taking the music lessons. This shows that time is insufficient for the demand.
The time is not sufficient for two of the activities. The time is not available for the music lessons neither the time is available for the team sport.
There is a high demand of time but two things cannot take place at the same time.The demand for time is high but there is nothing one can do for the time, she has to choose from the given two options.
Is brown algae unicellular or multicellular
Brown algae is multi cellular
Explain how the properties of water allow the survival of the aquatic organisms under the ice sheet.
Answer:
Water at 4 degrees centigrade has the highest density and lowest volume
Explanation:
When oceans freeze, only the upper layer freezes to ice because water above 4 degrees and freezing point are less dense. This means ice sheets float on cold water and also insulate the water underneath from fast heat loss. This how the water beneath remains liquid and supports aquatic life even in temperatures below freezing on adjacent land.
In what year did the US and several other nations agree to reduce the quantity of CFCs used by 50%?
2017
1987
2007
1997
I think 1987 sorry if wrong have a great day
Answer:
1987
Explanation:
The depletion of the ozone layer and the antarctic ozone hole made a danger for the humans to survive on the planet. Depletion of the ozone from the continued use of CFCs can cause skin cancer and many problems which dragged international action to be implemented.
Thus, in 1987, around 56 countries agreed the Montreal Protocol which states the CFC production to cut and also reduction of its use to half.
After few years, this protocol was more strengthened to stop the worldwide production of CFCs and also other chemicals which depletes ozone layer.
The cytoplasm that surrounds the nucleus of a neuron is called the
The cytoplasm that surronds the nucleus of a neuron is called the perikaryon.
The cytoplasm that surrounds the nucleus of a neuron is called the - perikaryon.
The nervous system has neurons and neuroglial cells. Neurons are used in transmitting information by electrical impulses. Neurons are structural and functional units of the nervous system.
Neurons:
It has mainly the cell body, the axon, and dendrites.The cell body has a nucleus and Nissl granules.Nissl granules are Ribosomes that take part in protein synthesis.the cell body is around the nucleus that contains cytoplasm.The nucleus is karyon so the cell body or cytoplasm that surrounds the nucleus is around and hence it is Perikaryon.Thus, the cytoplasm that surrounds the nucleus of a neuron is called the - perikaryon.
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What roles did abiotic factors play in succession after the eruption? of MT Saint Helens
Answer:
Abiotic factors include all the non living factors that affect the living organisms for survival such as light, wind, heat, temperature etc.
In mountain Saint Helens,abiotic factors hold critical position for the colonization and survival of animals and plants.
For example: Wind was an important source of transferring seeds, spiders and insects in the blast zone of the mountain after the volcanic eruption.
Plant survivors, landscape , rocks and burrows played the role of nets that caught the seeds. This enables the establishment and survival of plant specie in eruption zone.
Therefore, abiotic factors have crucial role in succession after the eruption in MT Saint Helens.
Hope it help!
Final answer:
The eruption of Mt. St. Helens in 1980 led to a primary succession process where abiotic factors such as soil quality, water, and climate influenced the reestablishment of plant communities, starting with lichens and progressing to a diverse climax community.
Explanation:
The 1980 eruption of Mt. St. Helens resulted in a natural process known as succession, where a new community of plants and animals gradually recolonizes an area. After the volcanic event decimated the north side of the mountain, the landscape was overtaken by volcanic debris that created a new soil substrate devoid of the original ecosystem's remnants, such as seeds. This setting provided the stage for primary succession.
Abiotic factors like soil quality, water, and climate played crucial roles in the succession process at Mt. St. Helens. These non-living components of the ecosystem influenced which species were able to colonize the area first. For example, lichens began the process of rock breakdown, contributing to the creation of nutrient-rich soils. Next, mosses and grasses were able to grow, which further improved the soil, making it suitable for shrubs and eventually allowing for the growth of small trees.
Over time, a climax community is likely to develop, which exhibits a stable and diverse ecosystem. The changes brought on by the eruption led to the renewed cycle of plant succession, as new communities modified the environment, making it hospitable for successive plant communities until the eventual reestablishment of a forest.
Which of the following traits or characteristics were not found to be more similar in identical twins when compared to fraternal twins in the minnesota twin study?
The traits or characteristics that was NOT found to be more similar in identical twins when compared to fraternal twins in the Minnesota twin study is a.) Tendency to divorce
What was the Twin studies ?
Twin studies are a unique class of epidemiological research intended to quantify the relative contribution of genetics vs environmental factors to a certain trait. The results of older twin studies have frequently been validated by later molecular genetic research, despite the fact that the classical twin studies are still influenced by assumptions developed in the 1920s and that the study design itself is the inherent restriction.
Therefore Tendency to divorce is one of the features or characteristics that the Minnesota twin study did not find to be more similar in identical twins compared to fraternal twins.
complete question;
Which of the following traits or characteristics was NOT found to be more similar in identical twins when compared to fraternal twins in the Minnesota twin study?
a.) Tendency to divorce
b.) Empathy
c.) Intelligence
d.) Leadership
Eric and janelle are both carriers of the recessive allele causing tay-sachs disease, which is lethal in early childhood. if they have a baby, what is the probability that this child would have tay-sachs disease?
25% would have tay-sachs disease, 25% normal, 50% carriers
Eric and Janelle have a 25% chance of having a child with Tay-Sachs disease, as they are both carriers of the recessive allele. The inheritance follows autosomal recessive patterns, with 50% chance for a carrier child and 25% for an unaffected child.
If Eric and Janelle, who are both carriers (heterozygotes) of the recessive allele causing Tay-Sachs disease, have a child, the probability that this child would have Tay-Sachs is based on autosomal recessive inheritance patterns. We represent a normal allele as 'T' and the Tay-Sachs mutation as 't'. Each parent has one of each allele (Tt).
When create a Punnett square to show all possible combinations of their alleles, we find:
Statistically, this results in a 25% chance that their child will be born with Tay-Sachs disease (tt), a 50% chance that their child will be a carrier (Tt), and a 25% chance of a child being unaffected and not a carrier (TT).
Myofibrils are made up of thick filaments called _[blank]_.
myosin
tendons
microfibers
actin
Myosin is the answer.
Hope this helps.
Myofibrils in muscle cells are made up of thick filaments called myosin, which work with thin actin filaments to facilitate muscle contraction.
Explanation:Myofibrils, which are essential components of muscle cells, are primarily composed of thick and thin filaments. These filaments function together to facilitate the process of muscle contraction. The thick filaments are composed of a protein called myosin, while the thin filaments consist of a protein known as actin. Therefore, myofibrils are made up of thick filaments called myosin. It's important to distinguish between myosin, tendons, and microfibers. Tendons are connective tissues that attach muscle to bone, while microfibers are very fine synthetic yarns.
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In humans, free earlobes (E) are dominant to attached earlobes (e) and the presence of freckles (F) is dominant to the absence of freckles (f). If an individual heterozygous for both of these traits were to mate with an individual with attached earlobes and no freckles, what is the probability of having a child with attached earlobes and freckles?
Individual heterozygous for both of these traits has the genotype EeFf while an individual with attached earlobes and no freckles has the genotype eeff (recessive homozygous for both traits). So:
P: EeFf x eeff
F1: (table)
A child with attached earlobes and freckles will have eeFf genotpe from these parents, and the probability is 4/16 or 1/4 (25%).
The probability of having a child with attached earlobes and freckles is 1.
Explanation:In this scenario, an individual heterozygous for both free earlobes (Ee) and the presence of freckles (Ff) is mating with an individual with attached earlobes and no freckles (ee ff).
When they mate, the possible gametes for the heterozygous individual are EF, Ef, eF, and ef. The possible gametes for the other individual are e f.
Therefore, the probability of having a child with attached earlobes and freckles is 1.
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On what two structures in your cells are your two alleles for a trait located?
An allele is an alternative form of a gene (in diploids, one member of a pair) that is located at a specific position on a specific chromosome. Diploid organisms, for example, humans, have paired homologous chromosomes in their somatic cells, and these contain two copies of each gene.
What area of the brain experiences rapid growth of synapses and subsequent elimination of those synapses that are not used often during adolescence?
The correct answer is: prefrontal cortex
Synaptogenesis or formation of synapses begins about the 23rd week of gestation. The peak of synapse production is achieved at different periods. The massive overproduction of synapses that occurs in early childhood is followed by a gradual reduction of them also known as "synaptic pruning". “Synaptic pruning” happens during childhood, and during adolescence.
The brain continues to grow and develop, but the overall number of neurons and synapses are reduced by up to 50%. This is process that is experience driven: unnecessary neuronal structures are removed and replaced by more complex and efficient structures, that are more required to the demands of adulthood.
F one species in a community dies out or moves, the community will A) be affected. B) stop working. C) not be affected. D) replace the species
In a community dies out or moves, the community will be affected.
The answer is A. be affected
A gene that codes for resistance to glyphosate, a biodegradable weed killer, has been inserted into certain plants. as a result, these plants will be more likely to
These weeds will be more likely to survive than others if glyphosate is present
Answer:
The options in the question are missing, the options are:
(1) produce chemicals that kill weeds growing near them
(2) die when exposed to glyphosate
(3) convert glyphosate into fertilizer
(4) survive when glyphosate is applied to them
The answer is 4
Explanation:
According to the question, glyphosate is a weed killer (herbicide) i.e. it kills plants when applied to them. However, when a gene that codes for resistance to glyphosate is inserted into the genome of certain plants, the gene confers resistance to glyphosate on the plants.
This resistance makes the plants with the resistant genes to survive whenever glyphosate is applied to them as the herbicide will no longer be effective against the plants with the resistant gene.
In the lungs, oxygen diffuses into the bloodstream, and carbon dioxide diffuses out through _[blank]_.
veins
alveoli
arteries
kidneys
the answer is avoli, because they are the smallest part of the lungs so the carbon dioxide goes back through the blood stream to be reoxygenated by the pulmonary system.
Answer:
The alveoli
Explanation:
Which of the following best describes the ploidy level of a fertilized embryo sac? A) All cells are diploid. B) All cells are triploid. C) All cells are polyploid. D) The ploidy level varies among species. E) There are haploid, diploid, and triploid cells.
e. There are haploid, diploid, and triploid cells.
Definition: This is the end result of mitosis. One mother cell produces two exact copies or daughter cells.
I believe the answer would be genetic continuity.
Answer:
Genetic continuity
Explanation:
Genetic continuity, in one part, refers to the process of asexual cell division (mitosis) in ensuring that daughter cells have the same number of chromosomes and genes as the parent cells.
On the other part, it refers to the process that keeps the number of chromosome constant from generation to generation in sexually reproducing organisms.