The instructional process consists of the Preparatory Phase, Implementation and Learning Phase, and Program Evaluation Phase. The Implementation and Learning Phase is arguably the most important as it directly affects student learning outcomes.
The instructional process can be divided into three main phases:
Preparatory Phase: This phase involves planning and setting clear instructional goals. Teachers prepare lesson plans, gather necessary resources, and design assessments. They communicate these goals to students to ensure they know what is expected of them.Implementation and Learning Phase: In this phase, the teacher introduces new material and teaches the content through direct instruction, interactive activities, and checking for understanding. This is often referred to as the 'I do' phase, where the teacher plays a central role in delivering content.Program Evaluation Phase: The final phase consists of evaluating the effectiveness of the instruction. Teachers assess student performance through various forms of assessments, gather feedback, and reflect on the teaching process to make adjustments for future lessons.Most Important Phase:
While all phases are crucial, the Implementation and Learning Phase may be considered the most important because it directly affects students' comprehension and engagement with the material. Without effective implementation, even the best-prepared plans may fail to achieve the desired learning outcomes.
Each phase draws on major instructional strategies:
The Preparatory Phase uses goal-setting and resource planning, essential for clear and organized instruction.The Implementation and Learning Phase often involves techniques like direct instruction, interactive activities, and immediate feedback to ensure student engagement and understanding.The Program Evaluation Phase relies on assessment strategies to measure learning outcomes and effectiveness, guiding improvements for future instruction.WILL GIVE A BRAINLEST
Which factors affect a population’s growth regardless of the population’s size?
density-dependent limiting factors
food and water availability
predator and parasite populations
density-independent limiting factors
Ans.
Population density defines number of individuals present in a particular area. Factors that affect the growth of a population, regardless the population size, are known as density-independent limiting factors as these factors limit the population growth, regardless the density of a population. These factors include climatic conditions, natural disasters, human activities, and sunlight.
Thus, the correct answer is 'option). density-independent limiting factors.'
Which organelle generates energy to power cellular activities?
Answer:
Mitochondria
Mitochondria are rod-shaped organelles that can be considered the power generators of the cell, converting oxygen and nutrients into adenosine triphosphate (ATP). ATP is the chemical energy "currency" of the cell that powers the cell's metabolic activities.
Explanation:
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Environmental differences within ecosystems are generally caused by _____.
abiotic factors
diverse vegetation
habitat destruction
the effects of animals
Answer: abiotic factors .
Explanation:
These abiotic factors are represented by climatic, edaphic (soil) and chemical conditions, which become the physical composition of the environment. So there are abiotic factors in terrestrial environments that are mainly light, temperature and water. And for the abiotic factors in aquatic environments are light, temperature and salinity. Therefore, for a species of a living being to inhabit a certain environment, it must adapt to the conditions that this environment proposes to it.
Abiotic Factors (Physical Environment) Climate factors: luminosity, temperature, atmospheric pressure, winds, humidity, and rainfall.
Chemical Factors: Relative amount of the various chemical elements present in water and soil.
There are four characteristics needed to monetize social networks. which of these is not a characteristic?
The characteristic "friendships have mutual involvement" is not directly tied to the monetization of social networks, as monetization strategies often rely on aspects like user engagement, advertising, and network effects rather than individual relationship dynamics.
Explanation:There are several characteristics needed to monetize social networks, but not all the features mentioned are directly tied to their monetization. When it comes to monetizing social networks, aspects such as user engagement, network effects, advertising capabilities, and payment infrastructures often play crucial roles. Characteristics like "instant communication", "fosters a sense of interconnectedness", and having "a large user base" (network effects) are fundamental. However, friendships have mutual involvement is not typically considered a characteristic required to monetize social networks.
While interpersonal connections and community building are important for social networks, they are not direct monetization strategies. Instead, these networks monetize through advertising, subscription models, or transaction fees, which rely more on broad user engagement and data rather than on individual relationships. Therefore, the statement that friendships require mutual involvement does not directly apply to the monetization of social networks but rather speaks to the quality of interpersonal interactions within these platforms
Which might explain the asymmetrical part of the population pyramid?
When prescribing montelukast (singulair) for asthma, patients or parents of patients should be instructed as follows:?
When prescribing montelukast for asthma, the patient or parents of the patient should be instructed or to be reminded of the following as these things or events could occur when a patient is taking up the drug montelukast because of its properties; depression, suicidal thoughts, anxiety and aggression.
The rock shown here, with sediment just visible to the naked eye, is a:
Suppose you observed that tina has a circular area without hair on the back of her scalp. what word would best describe this
How does the cell membrane aid the cell in maintaining homeostasis?
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The cell membrane uses energy to remove waste products from the cell through sac-like packages.
The cell membrane extracts energy from food when the cell is low on energy.
The cell membrane controls all cellular activities in response to changes in the external environment.
The cell membrane assists with maintaining the correct temperature by absorbing energy.
The cell membrane controls all cellular activities in response to changes in the external environment. So the correct option is C.
What is the cell membrane?All cells have a cell membrane, also known as a plasma membrane, which divides the inside of the cell from the external environment. A semipermeable lipid bilayer makes up the cell membrane. The movement of materials into and out of the cell is controlled by the cell membrane.
A cell is protected by its cell membrane, also known as the plasma membrane. Additionally, it maintains a constant environment inside the cell, and that membrane serves a variety of purposes. One is to move compounds out of the cell that is harmful as well as nutrients into the cell. Another is that there will be proteins on the cell's membrane, which is its plasma membrane, that interact with other cells.
These proteins may be lipid proteins, which include both a protein and a fatty acid, or they may be glycoproteins, which contain both a protein and a sugar moiety. Similarly, those proteins that adhere beyond the plasma membrane enable cell-to-cell communication. Additionally, a cell's membrane offers some structural support.
Also, various cell kinds have different types of plasma membranes, and the lipid component of the plasma membrane generally contains a lot of cholesterol. This is distinct from a few other membranes found inside the cell. There are several plants and microorganisms, such as bacteria and algae, that have various defense systems.
Therefore the correct option is C.
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the is found at 0 Longitude
Which process causes the easterlies to flow in the direction they do? A. movement of a convection cell B. even heating of the earth at all places C. solar wind D. Coriolis effect
Answer:
D. Coriolis effect
Explanation:
The esterlies are the air currents that are located in the poles and are cold irregular currents with low pressure, the usually travel towards the equator but then are deflected and follow the west due to the coriolis effect. SO from the options the one that is correct would be the coriolis effect.
The group of processes that transform sediments into rock is known as _____.
If the human population continues to grow, what is a likely effect on land use?
A. More land will be used for forests.
B. More land will be used for grasslands.
C. More land will be used for wetlands.
D. More land will be used for agriculture.
The correct answer is - D. More land will be used for agriculture.
If the human population continues to grow, than that means that there will be more mouths to feed in the world, so a larger amount of food will be needed so that malnutrition and starvation are avoided. To have more food, the agriculture will have to produce more, and for producing more it needs more land for production, thus more land will be used for agricultural production.
Final answer:
If the human population continues to grow, a likely effect on land use is that more land will be used for agriculture.
Explanation:
If the human population continues to grow, a likely effect on land use is that more land will be used for agriculture. As the population increases, the demand for food also increases, leading to the expansion of agricultural activities. This can result in deforestation and conversion of natural habitats into farmlands.
A 49 year old patient has a developmental delay and is highly emotional. what would be the best course when approaching the patient in the reception area
The best course of action when approaching the patient who has a developmental delay and is most likely highly emotional is by privately asking the care giver who is responsible with taking care of the patient in which or how is the best approach when approaching the patient.
The energy role of the first organism in a food chain is always a(n)______.
The energy role of the first organism in a food chain is always a producer.
What is the role of a producer in a food chain?Producers are crucial because they transform solar energy into chemical energy that other species can utilize.
The energy for the entire food chain is provided by producers, the initial level in a food system.
Producers are living things with the ability to grow their own nourishment. They frequently contain green vegetation. They use the process of photosynthesis to capture solar energy and use it to produce food. Since they are unable to create food on their own, all other creatures rely on producers for nourishment.
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Determine whether each phrase describes an enzyme, an active site, or a substrate. move each phrase to the category it describes.
Enzymes are a biological catalyst, Active site is is a specific enzyme location that binds with the substrate, Substrate is a substance that the enzyme acts upon,
Further explanationEnzymes are a biological catalyst that act on molecules called substrates and converts the substrates into different molecules known as products Enzymes are macromolecular biological catalysts that accelerate chemical reactions. The molecules upon enzymes may act are called substrates, whereas the enzyme converts the substrates into different molecules known as products.
Active site is is a specific enzyme location that binds with the substrate and undergo a chemical reaction. The active site consists of residues that form temporary bonds with the substrate, also residues that catalyse a reaction of that substrate.
Substrate is a substance that the enzyme acts upon, can be lipid, protein or carbohydrates. Substrate is also a term used in materials science to describe the base material in which processing is conducted to produce new film or material layers such as deposited coatings. A typical substrate might be a metal, which a coating might be deposited by the following processes:
Coating and printing processesChemical vapor deposition and physical vapor depositionConversion coatingPaintPickled and oiled, a type of plate steel coating.PlatingPolymer coatings, such as TeflonSputtered or vacuum deposited materialsEnamel (vitreous)Learn moreLearn more about enzyme https://brainly.com/question/11457504Answer detailsGrade: 9
Subject: biology
Chapter: enzyme
Keywords: enzyme
Besides Antarctica which continent is made up almost entirely of desert
One strand of dna is 5' - aggcctta - 3'. what is the opposite strand?
The properties of noncrystalline materials are anisotropic. true or false
It is false!
Further Explanation:
non crystalline mean:
In consolidated issue material science and materials science, a nebulous or non-crystalline strong is a strong that does not have the long-extend request that is normal for a precious stone. Different kinds of indistinct solids incorporate gels, dainty movies, and nanostructured materials, for example, glass.
Case of a non crystalline strong:
A few models incorporate sodium chloride, ice, metals, and jewels. Undefined solids, then again, are unbending, yet they need rehashed periodicity or long-extend request in their structure. These substances don't demonstrate a sharp differentiation between the strong and fluid states.
non crystalline silica:
Silica is synonymous with silicon dioxide (SiO2). ... Silica exists in a wide range of structures that can be crystalline just as non-crystalline (nebulous). Crystalline silica is hard, artificially dormant and has a high liquefying point.
Distinction among crystalline and non crystalline structures in materials:
The distinction among crystalline and non crystalline solids is that crystalline solids have a uniformly disseminated three-dimensional course of action of iotas, particles, or atoms while non-crystalline solids don't have a predictable game plan of particles.
Subject: biology
Level: college
Keywords: non crystalline mean, Case of a non crystalline strong, non crystalline silica, Distinction among crystalline and non crystalline structures in materials.
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A particular gene in a population has two alleles, c and
c. if the allele frequency of c = 0.7, what is the frequency of c?
P+Q=1
0.7+ Q=1
for Q it will be .3
the allele frequency for other gene will be 0.3
What is an independent variable?
A. a variable that is purposefully changed in an experiment
B, a group that matches the experimental group in all aspects, except that the independent variable does not change
C. an uncontrolled variable that could interfere with an experiment
D. a variable that does not change during an experiment
E. a variable that is changed by, or because of, the independent variable
An independent variable is the factor that is purposely manipulated in an experiment to investigate its impact on the dependent variable. The correct answer to the student's question is A. a variable that is purposefully changed in an experiment.
Explanation:An independent variable is a variable that is purposefully changed or manipulated in an experiment. It's the factor the experimenter chooses to vary to observe the effect this variation has on the dependent variable. For example, if a scientist hypothesizes that fertilizer amount affects plant growth, the independent variable is the quantity of fertilizer applied. During a well-designed experimental study, the independent variable is the only significant factor altered between the experimental and control groups. The experimental group receives the intervention or treatment that includes the independent variable, while the control group does not receive the experimental manipulation. Therefore, the correct answer to the question 'What is an independent variable?' is A. a variable that is purposefully changed in an experiment.
What is a type of soil that has significant amounts of sand, silt, and clay ??
What is a change of a substance from one form to another without changing its composition called?
Atomic Change
Chemical Change
Molecular Change
Physical Change
The correct answer would be moleculer change because physical change is literally the exact thing that the question is telling us that we need to have the out of the answer (composition) and chemical change is like (for example): If we have an egg and we crack it and the yoke comes out, and that would have to be composition because we have to crack the egg. And we can't change somethings molecules. So that would be the answer (moleculer change).
Review the phases of the cell cycle in model 1 by placing the abbreviated phase name (g1 , s, g2 or m) next to the proper description. ______ the cell grows by producing more proteins and organelles. ______ dna replication occurs. ______ the cell prepares for cell division with the appearance of centrosomes. ______ mitosis and cytokinesis occurs.
The second stage of catabolic metabolism occurs in the
A. cell membrane.
B. ribosomes.
C. cytosol.
D. mitochondria.
Answer:
C. Cytosol.
Explanation:
The answer is NOT D, because in my book it states that the second stage occurs in the cytosol, and the the THIRD stage occurs in the mitochondria.
You are a pelican searching for fish in the ocean from high in the sky. although you see no tasty fish in the open ocean, you soon pass over a series of protected lagoons around an island. each lagoon contains lots of your favorite fish. as you begin descending into one lagoon, you notice that the fish are aggregated into several schools. some of these schools are close to each other, while others are far apart, and you cannot determine any consistent pattern in the distance between the schools. as you descend even closer to the water above a single school, you notice that each fish is approximately the same distance from each other fish. beginning from where you first saw the fish, describe, in order, what patterns of dispersion you noticed the fish exhibiting.
The pelican, has the eyesight of an eagle when fishing for food, as the bird flies closer to the school of fish. It sees the difference of the pattern by the scales that it sees and the reflective of the light of the sun. It catches the one that is easily catching up slowly to the school of fishes.
If your body is capable of making only certain amino acids, how do we get the essential amino acids we need?
I NEED HELP QUICK
The human body is capable of making non-essential amino acids. On the other hand, it derives the essential amino acids from the diet and the foods from external sources.
What are essential amino acids?Essential amino acids are the category of amino acids that are not produced or synthesized by the body and have to be taken from external sources like a diet.
The nine of twenty amino acids are considered to be essential and include leucine, methionine, valine, lysine, isoleucine, histidine, phenylalanine, tryptophan, and threonine.
They come from various food sources like fish, egg, dairy, tofu, soy sauce, etc., and are required for muscle building, growth, and repair, immunity, synthesis of hormones, etc.
Therefore, essential amino acids are derived externally from food.
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Two species of meadowlark have different mating calls that lead to reproductive isolation. What type of isolation does this example represent
behavioral isolation.
How do single-celled decomposers get energy?
A.
They make their own food.
B.
They use a process called budding,
C.
They feed on living organisms.
D.
They break down dead organisms.
The answer would be D.
A decomposer is an animal, or plant that is used to break down chemical substances. (I just looked up on google to define decomposers to be sure)
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Which of these is a piece of evidence supporting the theory of evolution?
a) Ostrich resemble armadillos.
b) Armadillos resemble emus.
c) Glyptodons resemble armadillos.
d) Finches resemble glyptodons.
The discovery that the glyptodon and armadillo are related is one piece of evidence for evolution. Thus, option C is correct.
What similarity between Glyptodons resemble armadillos?The only difference between glyptodons and armadillos is that the former are significantly larger (the size of a Volkswagen Beetle!) than the latter.
Because they still share a lot in common, the evolution of the armadillo from the prehistoric glyptodon helps to substantiate this. They are related genetically.
The massive bony shell that both armadillos and glyptodons have serves as an armored shield to defend the animal from predators.
They were the only mammals with genuine shells during their respective eras. Both creatures also have soft, uncovered bellies and short, stubby legs.
Therefore, Glyptodons resemble armadillos is a piece of evidence supporting the theory of evolution.
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