Some of the examples of farming of animals which can improve the economy of Pakistan includes bison, dairy cattle, goats, sheep, poultry, camels, asses, pony, donkeys,
All these examples help the Pakistan economy by giving draft power,
significant natural creature proteins and its side-effects bones, mohair, stows away, skin, excrement, fleece, and so on. Milk, eggs, margarine, meat and oils are primary wellsprings of sustenance that are gigantically essential to the great wellbeing and sufficient nourishment of both the country and metropolitan populaces.Numerous items got from animals, like fleece items, calfskin items and creature stow away, are sent out and contribute altogether to the securing of unfamiliar trade.Agriculture in Pakistan:
Being a country that has a generally rustic and horticulture-based industry, animal cultivation assumes a significant part in the economy of Pakistan and is a significant wellspring of job for some ranchers. It is assessed that there are somewhere in the range of 30 and 35 million individuals in Pakistan's ongoing workforce who are participated in animals. While the horticultural practice is pervasive all through the whole country, it is more considered normal in the ripe regions of Punjab and Sindh, which are customarily the primary areas of agribusiness and cultivating movement. In 2020, the animal's business was contributing 60.6 % to in general farming and 11.7 % to the Gross domestic product.
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what is the relationship between a robin and its habitat?
what relationship is, two organisms try to use the same resources?
Answer: consumptive or exploitative competition.
Explanation: Competition is when individuals or populations compete for the same resource, and can occur within or between species. When organisms compete for a resource (such as food or building materials) it is called consumptive or exploitative competition.
Carbon dioxide diffuses into the plant from the air through the stomata in the ____. If carbon dioxide is in short supply, the _____ of photosynthesis will be low.
Carbon dioxide diffuses into the plant from the air through the stomata in the mesophyll layer.
If carbon dioxide is in short supply, the Oxygen of photosynthesis will be low.
Chlorenchyma cells make up the mesophyll layer, which is the top layer of the leaf. Photosynthetic paranchyma cells include chlorenchyma cells. Chloroplasts are widely distributed in chlorenchyma cells. There are two sublayers of the mesophyll layer in most flowering plants and ferns: the palisade layer and the spongy layer.
Both plants and animals have a form of tissue called spongy tissue. It is a component of the mesophyll of plants and is found in the leaf's palisade cells as a layer. The role of the spongy mesophyll is to facilitate the exchange of gases (CO2) required for photosynthesis.
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A dormant protective structure that can form in adverse or normal conditions is called?
A dormant protective structure in bacteria that can form in adverse or normal conditions is called an endospore.
Endospore is a condition in which resistant spore forms inside some bacteria and serves as a shield against harmful conditions. Endospore-forming bacteria are called gram-positive bacteria and can survive under harsh conditions.
In their survival mechanism, gram-positive bacteria divide within the cell and produce intracellular spores which are resistant to harsh conditions. On the other hand, instead of showing development bacteria decide to stay dormant for a while and even longer if the conditions are unfavorable such as low temperature.
However, if the conditions become favorable they resume their growth again.
The conditions that endospores can survive include environmental stress and heat, high temperature, and chemical damage.
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PLEASE ANSWER CORRECTLY !
which substance is a main product of cellular respiration that is made by the krebs cycle
• ethanol
• carbon dioxide
• water
• pyruvate ions
Answer:
carbon dioxide is a main product of cellular respiration that is made by the Krebs cycle
The main product of cellular respiration that is made by the Krebs cycle is carbon dioxide.
The Krebs cycle, also known as the citric acid cycle or tricarboxylic acid cycle, is a central metabolic pathway in cellular respiration. It occurs in the mitochondria of eukaryotic cells and plays a critical role in extracting energy from glucose and other fuel molecules.
During the Krebs cycle, a series of chemical reactions occur, resulting in the conversion of acetyl-CoA, a two-carbon molecule, into several intermediate compounds. One of the key steps in the Krebs cycle is the decarboxylation reactions, where carbon dioxide (CO₂) is released as a byproduct.
In each turn of the Krebs cycle, carbon dioxide is produced from the breakdown of carbon atoms within the acetyl-CoA molecule. This release of carbon dioxide occurs twice for every glucose molecule that enters the Krebs cycle since two acetyl-CoA molecules are generated from the initial glucose molecule through prior steps of cellular respiration.
The carbon dioxide generated during the Krebs cycle is then transported to the lungs through the bloodstream, where it is eventually exhaled. This is an essential part of the respiratory system's role in eliminating waste products from cellular metabolism.
Therefore, the main product of cellular respiration made by the Krebs cycle is carbon dioxide. It is a byproduct of the oxidation of fuel molecules and is crucial for maintaining the balance of gases in the body and facilitating efficient energy production.
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Imagine that a disorder that causes the cell cycle to stop affects the muscle cells of a frog’s leg. What consequence is most likely to follow?
The frog will immediately not be able to use the muscle.
An injury to the muscle will not heal.
The frog will not be able to reproduce.
A broken bone in that leg will not mend.
Answer:
The answer is A
Explanation:
The frog should not be able to move said muscle if the muscle has stopped because of a disorder.
how does the carrying capacity and limiting factors effect on reproductive patterns
Carrying Capacity
Carrying capacity is the number of organisms an ecosystem can support. If the population grows past the carrying capacity, then the environment or organisms will begin to suffer. The carrying capacity of an ecosystem is dependent upon the available resources and the needs of the organisms. Some ecosystems have more available water than others; these areas will have higher carrying capacities.
Limiting Factors
Limiting factors are things that restrict the population of an organism. For example, space, water, and food are all limiting factors. Within one ecosystem there is a finite amount of all resources. These limited resources restrict the number of organisms that can survive in one area.
Reproductive Patterns
Carrying capacity and limiting factors can affect reproductive patterns in different ways. If a population is reaching carrying capacity, then population growth could decrease as organisms do not have enough resources to reproduce. Additionally, some ecosystems have wet vs. dry seasons. In these areas, water, a limiting factor, is more available at specific times of the year. So, organisms might be more likely to reproduce as there is more access to limited resources.
Which of the following descriptions best states how oceans and land absorb the sun's energy differently?
A.
Land retains absorbed heat longer than oceans do.
B.
Land absorbs the sun's energy slowly, while oceans absorb it more quickly.
C.
Land only absorbs radiation that is not harmful to humans.
D.
Land reflects more of the sun's energy, while oceans absorb it slowly and retain it longer.
The statement that describes the major differences as to how the oceans and the land absorbs the energy from the sun is that Land reflects the Sun's energy quickly, while oceans absorb it more slowly.
Earth's oceans are far more important than the land as a source of the heat energy which drives weather and climate. As they also absorb more sunlight and store more heat.
The sun warms up parts of the oceans. Warm waters rise just like warm air rises. So, as the warmer ocean waters begin to rise in a particular area, the cooler ocean waters from a different area will move in to replace the warmer ocean waters, and this creates our ocean currents.
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1. Convection currents are the heating and cooling cycles of
(gases, magma) in the mantle's asthenosphere.
2. A boundary is the (edge, middle) of a tectonic plate where
it meets other plates.
3. A divergent boundary forms when two tectonic plates
(collide, separate).
4. A convergent boundary forms when two tectonic plates
(explode, collide).
5. A transform boundary forms when two tectonic plates slide
(into, past) one another.
********
True/False. Decide if each statement is true or false, and write true or false
in the blank.
6. Magma pushes tectonic plates along as it cycles
through the mantle.
7. Tectonic plates only move by sliding past one another.
8. If two oceanic crust plates collide, one is subducted
below the other.
9. When tectonic plates slide past one another, they
grind and may cause earthquakes.
10. Tectonic plates move quickly, so boundaries take
only a few years to form.
Answer: Convection currents are the heating and cooling cycles of
(gases, magma) in the mantle's asthenosphere.
Explanation: Convection currents are the heating and cooling cycles of
magma in the mantle's asthenosphere.
1. A boundary is the edge of a tectonic plate where
it meets other plates.
2. A divergent boundary forms when two tectonic plates
separate.
3. A convergent boundary forms when two tectonic plates
collide.
4. A transform boundary forms when two tectonic plates slide
into one another.
********
True/False. Decide if each statement is true or false, and write true or false
in the blank.
6. Magma pushes tectonic plates along as it cycles
through the mantle. True
7. Tectonic plates only move by sliding past one another.
True
8. If two oceanic crust plates collide, one is subducted
below the other. False
9. When tectonic plates slide past one another, they
grind and may cause earthquakes. True
10. Tectonic plates move quickly, so boundaries take
only a few years to form. False
What best describes the role of light in the overall process of photosynthesis?
Answer:
converts energy from sunlight into glucose
Explanation:
Light provides the energy for assembling small molecules into sugars
How many levels of classification exist with our current framework?
Three
Five
Seven
Nine
Answer: seven
Explanation:
What is the ciliated neuroglial cell that functions to circulate cerebrospinal fluid?.
To help circulate cerebrospinal fluid in the brain, ependymal cells beat their cilia.
What type of neuroglial cell is ciliated?
Ependymal cells line the ventricles of the brain and the central canal of the spinal cord in single-palisade arrays. They are typically ciliated, with cilia that extend into the ventricular cavity. Brightman and Palay have elucidated their fine structure.
Ependymal cells are ciliated simple columnar glial cells that line the spinal cord's ventricles and central canal. Apical surfaces are covered by cilia (which circulate CSF) and microvilli, which are hair-like projections (which help in CSF absorption).
Therefore, ependymal cells are the ciliated neuroglial cell that functions to circulate cerebrospinal fluid.
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If the nyasasaurus parringtoni was found only in rock layer 2 and a fossil of an unknown plant was found only in rock layer 4, what would a paleontologist know about the comparative age and environment of the nyasasaurus parringtoni and the unknown plant?
Please help I'll put you as brainliest!!
The Paleontologist would use the law of superposition to decide the relative ages of the layers. Note that the Paleontologist would also infer that the plant is older than the Nyasasaurus Parringtoni that was found.
Why would the paleontologist make the above inference?The paleontologist would reach the above conclusion because based on the law of superposition, a sedimentary rock layer is are arranged according to age from youngest (topmost) to oldest (bottom).
A paleontologist is a scientist who analyzes the fossil record to learn about the evolution of life on Earth. Fossils are proof of former life on the earth and can be generated from animal bodies or their imprints (body fossils). Trace fossils are a kind of fossil.
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What is moving from a low velocity to a high velocity called?
Acceleration is the answer
Inward extensions of the sarcolemma that dive deeply into the muscle fiber and surround each myofibril are known as _____.
transverse tubules (T-tubules)
Lucy sets up an investigation by placing a plastic bag over a plant. She secures the plastic bag so that it is completely sealed and nothing can enter. She observes the plant daily to see if it remains green and healthy.
Which TWO questions is her investigation designed to answer?
a
Can the plant perform photosynthesis without a large supply of oxygen?
b
Can the plant perform respiration without a large supply of carbon dioxide?
c
Can the plant perform photosynthesis faster than a plant that is not sealed?
d
Can the plant perform respiration faster than a plant that is not sealed?
e
Can the plant perform photosynthesis without a large supply of carbon dioxide?
f
Can the plant perform respiration without a large supply of oxygen?
Lucy's experiment is designed to answer the following questions:
(e) Can the plant perform photosynthesis without a large supply of carbon dioxide?
(f) Can the plant perform respiration without a large supply of oxygen?
Photosynthesis is the process of synthesizing one's own food by using the inorganic raw materials that are sunlight, water and carbon dioxide. The product of this process is glucose and oxygen is released as the by-product.
Respiration is the breakdown of the glucose in order to gain energy to perform the various functions of the body. This process requires oxygen to produce energy and carbon dioxide is its by-product.
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Can any professional can give me this answer in a paragraph.
Construct an argument with scientific reasons on bioethical, societal, and moral issues of cloning and genetic engineering.
Particular ethical issues of human cloning include the safety and efficacy of the process of cloning for destructive embryonic stem cell research the impact of reproductive cloning on parentage, and the commercialization of human life as a research result included.
One of the arguments in favor of human cloning is that this method can be used to identify deceased or dying loved ones' spouses or children or like Mother Teresa, of special significance to mankind. Or that it can replace someone who had importance Calcutta Gandhi, and Mozart.
The most important theme underlying the arguments against human cloning is that cloned children suffer some physical social mental or emotional harm. Due to these concerns, the United Nations and many countries have banned human cloning. Those clones could help scientists study the course of the disease. To develop new drugs for humans scientists use identical animals whenever possible.
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1. A ligand binding to which type of receptor triggers multiple transduction pathways at once?
A.
ligand-gated ion channel
B.
intracellular receptor
C.
receptor tyrosine kinase
D.
G protein-coupled receptor
2.. The gene MC1R codes for a G protein-coupled receptor called melanocortin 1 that is involved in producing one of two types of melanin that determines human hair color. Eumelanin produces dark-colored hair, while pheomelanin produces light-colored hair. When the receptor is active, eumelanin is produced. Hypothesize what would happen if this receptor were blocked or deactivated.
A.
Eumelanin production would not change.
B.
Pheomelanin production would increase.
C.
Pheomelanin production would decrease.
D.
Eumelanin production would increase.
1. The type of receptor that triggers multiple transduction pathways at once is a ligand-gated ion channel. Option A.
2. This receptor was blocked or deactivated Pheomelanin production would increase. Option B.
The binding of the ligand to the receptor indirectly activates adenylyl cyclase, converting ATP to cAMP. cAMP binds and activates protein kinase A allowing PKA to phosphorylate downstream factors and induce cellular responses. Cell Surface Receptors: These receptors are also known as transmembrane receptors.
These are proteins found on the surface of cells and across the plasma membrane. Receptor inactivation can occur in a variety of ways, including target cell degradation or sequestration and removal of ligands by desensitization. The binding of ligands to receptors is a reversible process as the ligands can eventually dissociate from the receptor and be degraded.
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1.) True or false. A rotation followed by a
lation maps a pre-image to a similar image.
This implies that if we rotate an object by less than 180 degrees, the new image will resemble the original preimage.Additionally, mentioning the rotations' sequence and magnitude is always beneficial when illustrating rotational symmetry.
When an object is rotated and the image looks the same as the pre-image?
A geometric transformation that maintains a figure's size and shape is called an isometry, also referred to as a hard transformation.Under an isometry, points remain on a line, parallel lines remain parallel, angle measurements, parallelism, and collinearity all remain true. A geometric transformation that maintains a figure's size and shape is called an isometry, also referred to as a hard transformation.Under an isometry, points remain on a line, parallel lines remain parallel, angle measurements, parallelism, and collinearity all remain true. A dilation will always result in comparable numbers.A figure's orientation will always alter as a result of dilatation. Another name for a congruence transformation is an isometry.Thus, it keeps both side lengths and angle measurements.Only dilation among the alternatives alters the side lengths, hence it is not an isometry.So, option A is the proper response. Similarity transformations include translation, reflection, rotation, and dilation.Rotation, reflection, and translation preserve both size and shape because they are rigid motions, whereas dilation just makes sure that the shape is preserved. They could be twisted or flipped, so they could not have the same orientation, but they do have the same measurements.Congruent shapes are the result of most transformations.The image resembles the pre-image after one change.Similar implies that they have the same proportions and shape but differ in size. Translations, reflections, and rotations are examples of congruence transformations because the image of a figure after one of them is congruent with its preimage.When the image and preimage are congruent, a transformation is said to be a congruence transformation. An object can become another object by rotation.We can see that spinning an object does not alter its size or shape.Rotational transformations are hence isometric transformations.So a rotation is also an isometry. A stiff motion from some space that preserves distance is called an isometry.For instance, the real line isometry f(x)=x+5 shifts the entire line by 5 while maintaining the point-to-point distances.An isometry of a space that maps a figure to itself is called an object's symmetry in that space. a metric space is mapped onto another or onto itself in such a way that rotation and translation are isometries of the plane, meaning that the distance between any two points in the original space is equal to the distance between their images in the second space.A shape-preserving transformation (movement) in the plane or in space is called an isometric transformation (or isometry).The isometric transformations include translation, rotation, and combinations thereof, such as the glide, which combines a translation with a reflection.To learn more about trasformations refer
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Give at least ten examples of farming of animals which can improve economy of Pakistan. Describe the products and benefits of each with example as well.
Answer:
The main agricultural products are cotton, wheat, rice, sugarcane, fruits, and vegetables, in addition to milk, beef, mutton, and eggs. Pakistan depends on one of the world's largest irrigation systems to support production.
Explanation:
Suppose cellular respiration occurs inside an insulated, sealed container. How does the container’s weight change during the reaction?.
If the cellular respiration occurs in an insulated, sealed container, then the container's weight will not change during the reaction due to the law of conservation of mass.
Cellular respiration is the process of breakdown of food material, especially glucose to release energy, which is used to perform the several other life processes in the body.
The law of conservation of mass states that mass can neither be created nor be destroyed it can only be transferred from one form to another. And this is why the mass of the insulated container will remain constant. An insulated material is the one in which no exchange of mass or energy occurs.
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what do you think would happen if you introduced an additional predator, such as a coyote, which requires fewer rabbits to reproduce?
Answer:
Rabbits will decrease in number
A comparison often made between solids and plasmas is based on their densities. How would you describe the density of a plasma?.
The density of plasma is Low density.
Plasma is slightly different from other phases of matter because the high temperature breaks atoms particles into electrons and nuclei. This mixture of electrons and nuclei behaves like gas particles, moving freely and having no definite arrangement. For example, plasmas are excellent conductors of heat and electricity because free electrons are very mobile.
Plasma is unique in its interaction with electric and magnetic fields. The movement of free electrons creates an electric current in the plasma. Aurora's lightning and arc welding are also plasmas. Plasma exists in neon and fluorescent tubes, the crystalline structure of metallic solids, and many other phenomena and objects. The Earth itself is bathed in a thin plasma called the solar wind and surrounded by a dense plasma called the ionosphere.
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100 points ,,
if a rooster lays an egg on a roof which way would it roll? left or right?
Answer:
Neither way, a hen lays an egg, not a rooster. I believe it's a trick question. Have a lovely day!
Answer: Depends
Explanation:
If the roof is flat, the egg may not roll. If the roof is a triangle, and-oh wait rooster's can't lay eggs.
spinal cord cells are induced to develop as motoneurons under the influence of:
spinal cord cells are induced to develop as motoneurons under the influence of notochord.
What is a notochord?
The notochord is the defining structure of the phylum chordates; a group of animals that include humans. It has essential roles in vertebrate development as it is the primitive beginning to the backbone. It serves as a source of midline signals that pattern surrounding tissues and as a major skeletal element of the developing embryo. It appears in embryos as a small flexible rod made from cells from the mesoderm, which is one of the three layers of cells of embryos.
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The functions of the rough endoplasmic reticulum include_______
The functions of the rough endoplasmic reticulum include - Protein synthesis, Glycoprotein synthesis, Protein sorting.
Rough endoplasmic reticulum
Rough endoplasmic reticulum (RER), a network of interconnected flattened sacs that is an organelle with a continuous membrane found in the cytoplasm of eukaryotic cells and is essential for protein production.
The nuclear envelope, which envelops the cell nucleus, is continuous with the RER membrane. The Golgi apparatus, which transports, transforms, and packages proteins for delivery to specific locations, is situated close to the RER. The RER produces a large number of proteins, which are then transferred to the Golgi apparatus in vesicles.
The RER is linked to numerous functions in protein production, including sorting, folding, and post-translational modifications. The mature mRNA transcript is translated by membrane-bound ribosomes in the RER into amino acids, which are then joined to form polypeptides.
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Scientists have used a drawing called a motor homunculus to show the connection between different body parts and areas of the brain. This drawing is a cartoon of the human body, where the bigger the body parts, the more area of the motor cortex that is dedicated to controlling them. If you were to draw this figure, what body parts do you think would be most exaggerated? explain.
The body parts that would have been most exaggerated in the diagram of motor homunculus would be body parts that use more muscles like the hands or the legs that the body parts that use less muscles like the elbow.
Motor homunculus is the diagrammatic representation of the body parts and the part of the brain they are regulated by. It can be considered as a map of the human body functioning and regulation. The diagram was first originated by Wilder Penfield and his co-investigators.
Muscles are the mass of tissues that regulate the movement of different parts of the body. There are three types of muscles: skeletal, smooth and cardiac.
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Why is it important for scientists to perform repeated experiments
A. So they can have preferences
B. So they can earn more money
C. So they can have less bias
D. So they can be less objective
Answer:
I think it is probably A
Explanation:
tell me I'm wrong in the comments
__________ information addresses the extent to which the same person responds similarly to different stimuli.
Answer:
Distinctiveness
Explanation:
Distinctiveness addresses the person in the same person responds to different stimuli in a similar way, to show behavior.
What is Distinctiveness?When discussing attribution, distinctiveness relates to how rare or commonplace a certain action done by a person is for that particular person.
The term distinctiveness describes how special behavior is to a certain circumstance. A person has low uniqueness if they act the same way in all circumstances, and high distinctiveness if they only exhibit the behavior in certain circumstances.
Therefore a person's stimuli in a similar way to different things provide Distinctiveness in behavior and provide major aspects to respond.
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I’ll give brainliest
I need the ones that are left blank answered
