A student pushes a box with a total mass of 50kg what is the net force on the box if it accelerates 1.5 m/s2
What would happen if you put a mixture of proteins and starch in a solution containing trypsin
Answer:
Proteins digestion occur by trypsin.
Explanation:
Digestion may be defined the process of breakdown of large food particle into the simpler substance and their absorption into the body. the digestive enzymes enzymes and juices are needed for digestion.
Trypsin may be defined as the enzyme that helps in the breakdown of proteins into simpler amino acids. The solution that contain proteins and carbohydrates and contain trypsin, the proteins are digested by trypsin and starch remains unaffected in the solution.
Thus, the answer is proteins digestion occur by trypsin.
What are the advantages and disadvantages to the way we currently define life? How might our list of characteristics be challenged in the future (genetic engineering, cloning, etc.)? (5pts)
Answer:
Which bonds are hydrolyzed during the breakdown of starch during digestion?
A.) 1 and 4
B.) 1 and 3
C.) 1 and 2
D.) 3 and 4
E.) 2 and 3
Answer:
The correct answer is A.) 1 and 4
Explanation:
Starch is the branched polymer made up of units of D- glucose. It contains amylopectin and amylose. They are found in plants and store glucose for energy in plants.
Amylose is made up of unbranched polymer of α-D-glucose residue joined together by α1-4 glycosidic bond and amylopectin is also made up of α-D-glucose units joined together by α1-4 glycosidic bond but it is a branched polymer with α1-6 branching point after some glucose residues.
So α- amylase is the enzyme that breaks down the α1-4 glycosidic linkage between two glucose units of starch to produce glucose and maltose residues. So the correct answer is A.) 1 and 4.
As the amount of sunlight we see reflected increases, it is called:
Increased reflection of sunlight is caused by scattering, which is more probable the longer the sunlight's path through our atmosphere. This contributes to the reddening of the sun at sunrise and sunset. Atmospheric refraction also affects the way we perceive sunlight.
Explanation:As the amount of sunlight we see reflected increases, it is called scattering. Sunlight scattering occurs when the path of the sunlight travels through our atmosphere. The longer its path, the more chance there is for the sunlight to be scattered. Considering the wavelengths of different lights, red light is less likely to be scattered than blue light. Therefore, the Sun appears more red as it approaches the horizon due to the increasing chance of scattering.
Atmospheric refraction also plays a role in how we perceive sunlight. It bends the light that passes through the air, allowing us to see the Sun even when it is a bit 'over the horizon'. This makes the Sun appear to rise earlier and set later than it would in an atmosphere-free environment.
Remember, an increase in scattered light does not necessarily mean a change in the UV radiation reaching our eyes. The question of how UV photons enter our eyes is more related to the Sun's altitude and the time of the day, not the scattering of light.
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The term scientists use to describe the reflectivity of a surface is albedo.
High albedo surfaces, like snow, reflect more sunlight, while low albedo surfaces, like forests, absorb more. This affects Earth's energy balance and temperature.
Albedo refers to the fraction of solar energy (sunlight) that is reflected from the Earth back into space. For example, snow and ice have high albedo because they reflect most of the sunlight, while darker surfaces like oceans and forests have a low albedo because they absorb more sunlight.
Changes in reflectivity significantly affect how much energy enters Earth's system. When sunlight is reflected by surfaces with high albedo, less energy is absorbed, leading to cooler temperatures. Conversely, surfaces with low albedo absorb more energy, contributing to warming.
This concept is critical in understanding climate dynamics and the energy balance of our planet.
6. The drawing below shows the fluid inside and outside a cell. The dots represent molecules of a substance needed by the cell. The molecules are very small and hydrophobic. What type of transport will move the molecules into the cell?
The type of transport that will move the molecules into the cell is passive transport.
The types of cell transport.Basically, there are two (2) main types of cell transport and these include:
Active transport.Passive transport.What is passive transport?Passive transport refers to the movement of molecules or substances across the cell membrane without the use or expenditure of chemical energy.
Scientifically, passive transport is highly dependent on the second law of thermodynamics for the movement of molecules or chemical substances across a cell membrane.
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Which layer of the earth contains granite and basalt in the GREATEST abundance
Answer: I think it is the crust and also you're welcome
What is a politician consequences of not using your critical thinking skills throughout life ?
take a look at the statement below: fish meal is better than artificial fertilizers. how could this statement be revised to make a hypothesis?
What is the difference between the plasma and gaseous states of matter? A) The gaseous and plasma states are electrically neutral. B) The gaseous state is electrically positive, while the plasma state is electrically negative. C) The gaseous state is electrically negative, while the plasma state is electrically negative. D) The gaseous state is electrically neutral, while the plasma state can be either electrically positive or negative.
The correct answer is D.What is the difference between the plasma and gaseous states of matter?
Hope that helped someone i found out the hard way :(
PLEASE HELP 20 PTS
A group of middle school students were given a short course in speed-reading. The instructor was curious if a monetary incentive would influence performance on a reading test taken at the end of the course. Half the students were offered $5 for obtaining a certain level of performance on the test, the other half were not offered money.
What is the Control group?
What is the Independent Variable?
What is the Dependent Variable?
A biologist set up an experiment to study nine mice on day one of the study the mice were measured for a variety of characteristics then the mice were put into individual pages and kept under the following conditions?
The biologist in question is segueing different components of the scientific method to design this experiment. The mice are gauged for certain characteristics, placed in controlled environments, and further observed for any changes, exemplifying observation and data gathering, then experimentation, and finally, comparison and analysis.
Explanation:In the described biological study, the biologist is likely following a method similar to the scientific method used extensively across fields of study. At the beginning of the experiment, the selected mice might be measured for characteristics such as weight, body length, or specific behaviors. This forms the basis for observation and data gathering, the first steps in a scientific inquiry.
Post gathering these initial observations, the mice are placed in individual setups, or "pages" as mentioned in the query. Ideally, these conditions should be controlled, and any changes in the mice's characteristics subsequently observed could be attributed to those specific conditions. The process here resembles that of an experimentation setup. To put it simply, it involves observing changes in your subjects (in this case, the mice) in a controlled environment.
Another possible method for studying the mice could include comparing the individual mice data and conducting further analysis. This falls under the section of data comparison and analysis which is a key component of many scientific studies, allowing researchers to observe patterns and possibly infer causal relationships.
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What could happen to the environment if there were no environmental scientists to monitor it? a. decline in air, land and water pollution; no one to ensure proper disposal of toxic wastes; decreased destruction of habitats; increase in species extinction; b. great increase in air, land and water pollution; no one to ensure proper disposal of toxic wastes; increased destruction of habitats; increase in species extinction; c. problems with enforcing the preservation of certain ecosystems and wildlife; great increase in air, land, and water pollution; decreased destruction of habitats; increase in species extinction d. increased destruction of habitats, decrease in species extinction; problems with enforcing the preservation of certain ecosystems and wildlife; prevent the depletion of Earth's natural resources
Which proteins move the farthest during sds-polyacrylamide gel electrophoresis?
The proteins move the farthest during sds-polyacrylamide gel electrophoresis is that the smallest sized will travel the farthest in a gel. They travel at a speed inversely proportional to their lengths.
What is gel electrophoresis?The term gel electrophoresis has been refer as the process in which molecules can be separated according to the size and electrical charge by applying an electric current to them when they are in gel and the current forces through the molecules through the pores in the thin layer of gel.
The cell transformation that has been changes in type of protein expressed and growth characteristics that take place in cells infected by some viruses. The proteins move the farthest during sds-polyacrylamide gel electrophoresis is that the smallest sized will travel the farthest in a gel. They travel at a speed inversely proportional to their lengths.
Gels can melt during electrophoresis, the buffer can become exhausted, and different forms of genetic material may run in unpredictable forms and the strengths could be that it separates based on size, it is relatively easy to do.
Therefore, The proteins move the farthest during sds-polyacrylamide gel electrophoresis is that the smallest sized will travel the farthest in a gel. They travel at a speed inversely proportional to their lengths.
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What are the two parts of a lipid? Check the correct answers below.
Answer:
Fatty Acidscarboxyl groupExplanation:
Lipids are compounds with varying molecular structure, having several organic functions: energy reserve (energy source for hibernating animals), thermal insulation (mammals), and collaborate in the composition of the plasma membrane of cells (phospholipids).
Lipids are substances whose main characteristic is insolubility in polar solvents and solubility in organic (nonpolar) solvents, presenting hydrophobic nature, that is, aversion to the water molecule. This is due to the composition of the lipids, as they are formed by fatty acids and carboxyl group.
what is even ungulates (hoofed animal), typical herbivores(cows, pigs, and giraffes)
Even ungulates are mammals with an even number of toes, including cattle, deer, and giraffes. ion.
Even ungulates, also known as even-toed ungulates, are a diverse group of mammals belonging to the order Artiodactyla.
This group is characterized by having an even number of toes on each foot, typically two or four. Examples of even ungulates include cattle, deer, giraffes, and camels.In the context of African ecosystems, even ungulates play significant roles. According to a study by Odadi et al. (2011), African wild ungulates can either compete with or facilitate the grazing needs of cattle, depending on the season. This interaction highlights the importance of understanding ungulate behavior and ecology for effective wildlife and agricultural management.Even ungulates also exhibit adaptations that follow Bergmann's rule, which states that animal size varies with climate. For instance, ungulates from cooler environments tend to have larger body sizes and smaller surface areas compared to those from warmer regions, aiding in body heat retention.Observational techniques such as aerial surveys are often used for studying ungulates due to their large group formations and visibility in various habitats. Accurate data collection on these animals is essential for monitoring their populations and ensuring their conservation.If receptors in muscle fibers are thought of as locks, the keys are:
The finding that ___ can cause channel-swapping is consistent with early filter theories of auditory attentional selection.
Final answer:
Motivation can cause channel-swapping, consistent with early filter theories of auditory attentional selection and evidenced by signal detection theory and synaptic plasticity influencing perception.
Explanation:
The finding that motivation can cause channel-swapping is consistent with early filter theories of auditory attentional selection. Motivation influences our perception, such as when expecting an important phone call while showering and thinking we hear the phone when it's not actually ringing.
This phenomenon is an example of signal detection theory, which helps explain our ability to discern a meaningful stimulus amidst noise. Furthermore, the connections between neurons on both sides of the brain enable us to detect slight differences in sound stimuli, aiding in auditory discrimination.
Another key aspect is synaptic plasticity, which allows the brain to integrate and respond to new information, as seen in experiments with auditory tones and foot shocks.
External sounds that are significant, like the crashing of dishes, can penetrate our attentional filters due to the bottom-up attentional capture mechanism. All of these principles contribute to our understanding of how attention and perception work in conjunction with auditory stimuli.
From the fact that high fructose corn syrup (hfcs) tastes sweeter than regular table sugar, one can conclude that
High fructose corn syrup tastes sweeter than regular table sugar due to its higher fructose content. Our taste buds perceive fructose as sweeter than glucose, and HFCS contains a higher proportion of fructose.
Explanation:High fructose corn syrup (HFCS) does indeed taste sweeter than regular table sugar, the reason behind this has to do with the chemical composition of these two sweeteners. Table sugar, or sucrose, is composed of equal parts of two simple sugars: glucose and fructose. HFCS, on the other hand, contains a higher proportion of fructose than glucose.
Our taste buds perceive fructose as sweeter than glucose. Therefore, a sweetener containing a higher proportion of fructose, like HFCS, will taste sweeter than one with equal parts fructose and glucose, like sucrose (table sugar). This is why HFCS is often used in food products, as it provides the same sweetness as sucrose but uses less volume, potentially reducing costs.
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The nurse is assessing a client's respiratory rate and rhythm during the beginning of a shift. the nurse knows that a normal breathing rate is between approximately 10 and 20 breaths per minute, but the client's rate is 29 breaths per minute. how should the nurse respond to this assessment finding?
The nurse should be concerned about the client's respiratory rate being above the normal range and should communicate this finding to the healthcare provider.
Explanation:The nurse should be concerned about the client's respiratory rate being above the normal range. A respiratory rate of 29 breaths per minute is considered tachypnea, which may indicate an underlying health issue. The nurse should communicate this finding to the healthcare provider and initiate appropriate interventions.
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The nurse is assessing a client who has presented to the emergency department in emotional distress. what client data represents the greatest risk for suicide?
Which organelles surround the cell? Check all that apply.
cell wall
cell membrane
nucleus
endoplasmic reticulum
ribosome
cell wall
cell membrane .
is the answer
The functions of the body that operate outside of conscious awareness are governed by the _______ nervous system.
The "fight-or-flight" response is associated with the _____ division.
A particular species of butterfly lays its eggs on only one type of lupine flower. What would be a likely result if pesticides sprayed on these lupines kills insects that pollinate the flowers?
1.The lupine-dependent butterflies would lay eggs on other plants.
2.The lupine-dependent butterflies would disappear.
3.Other insect pollinators would proliferate.
Answer:2 the lupine dependent butterflies would disappear.
If the spraying of pesticides will remove all the insects then there will be no insect that will pollinate the lupine flowers. So this will cause removal of lupine species from the environment. And the lupine dependent butterflies will not be able to release their egg on these specific flower and will also disappear from the environment.
The removal of lupine flower from the environment will lead disappearing of these lupine dependent butterflies.
which spanish territory was turned over to great british after the french and indian war A. cuba B. new Mexico C. florida D. LOUSIANIA
Epithelia are classified by the number of cell layers and the ____________________ of the cells.
Epithelia, a type of cell tissue, are categorized based on the shape of the cells (squamous, cuboidal, or columnar) and the number of layers in the tissue (simple for one layer, stratified for more than one). Other types include pseudostratified and transitional epithelia.
Explanation:Epithelia are classified by the number of cell layers and the shape of the cells. Epithelial tissues can be squamous (flattened and thin), cuboidal (boxy or as wide as they are tall), or columnar (rectangular, taller than they are wide). Furthermore, the number of cell layers can vary: a simple epithelium has one layer, where every cell rests on the basal lamina, and a stratified epithelium has more than one cell layer, where only the basal layer of cells rests on the basal lamina.
Additionally, there are other types like pseudostratified, which appear to have more than one layer due to their irregular shape, and transitional, a type of stratified epithelium where the shape of the cells can vary.
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An enveloped virus is dependent on the envelope for its ability to infect a host cell. Which virus most likely uses this mechanism?
Answer:
HIV
Explanation:
HIV is a retrovirus, is an enveloped virus classified in the Lentiviridae subfamily and is a sexually transmitted infection. This virus infects a host cell by attacking the immune system, which is responsible for defending the body from disease. The most affected cells are CD4 + T lymphocytes. The virus is capable of altering the DNA of this cell and making copies of itself. After multiplying, it breaks the lymphocytes in search of others to continue the infection.
Match the following terms and definitions. 1. transcription the transfer of genetic code from DNA to an RNA molecule 2. translation the breeding of two organisms which differ in a single trait 3. monohybrid cross converting the genetic code into the language of proteins 4. incomplete dominance when genes are neither dominant nor recessive and display a blending of traits in the phenotype 5. sex-linked genes genes that are carried on the X chromosome NEXT
Answer:
The correct term matching to its definition is given below:
Explanation:
1. Transcription : the transfer of genetic code from DNA to an RNA.
2. Monohybrid cross: the breeding of two organisms which differ in a single trait.
3. Translation: converting the genetic code into the language of proteins.
4. Incomplete dominance : when genes are neither dominant nor recessive and display a blending of traits in the phenotype
5. Sex-linked genes: genes that are carried on the X chromosome
The endocrine and nervous systems are considered _________ homeostatic regulatory mechanisms
The endocrine and nervous systems are considered extrinsic homeostatic regulatory mechanisms.
What is Extrinsic mechanism?During hemostasis the extrinsic pathway is the shorter pathway in contrast the intrinsic pathway is the longest pathway.
Endothelial cells release tissue factor when the damage to the vessel which goes on to activate factor VII to factor VIIa, and Factor VIIa goes on to activate factor X into factor Xa. at this point both extrinsic and intrinsic pathways become one.
The difference between Extrinsic and Intrinsic pathway is that intrinsic pathway is activated by factors in the blood, while extrinsic is activated by tissue factor, but in the end both factors result in activation of factor X.
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