Give Reason
a) lion is carnivorous
Answers
Answer:
Lion is a carnivore because it eats only meat
Carnivores - animals which eats other animalseg - lion, tiger, leopard etc
herbivores - animals which eats only plant and it's producteg - deer, cow, buffalo
omnivores - animals which eats both plan and other animalseg, cat, crow
Related Questions
Question 65
It is believed that the ingestion of one virus CFU can cause infection in humans.
a. True b. False
Answers
The statement "It is believed that the ingestion of one virus CFU can cause infection in humans" is generally true.
CFU stands for "colony-forming unit," which is a measure of the number of viable microorganisms present in a sample. In the case of viruses, a single virus particle can potentially infect a host cell and cause an infection. However, the infectious dose (i.e. the number of virus particles needed to cause infection) can vary depending on the specific virus and the individual's immune system
Counting with colony-forming units requires culturing the microbes and counts only viable cells, in contrast with microscopic examination which counts all cells, living or dead. The visual appearance of a colony in a cell culture requires significant growth, and when counting colonies, it is uncertain if the colony arose from one cell or a group of cells. Expressing results as colony-forming units reflects this uncertainty.
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Using the illustration above, why are the chromosomes in two of the sex cells different from the chromosomes in the parent cell?
A
the chromosomes from another parent cell were introduced
B
crossing over occurred in the chromosome
C
an insertion mutation occurred during replication
D
some of the genes were damaged during replication
Answers
Answer: A the chromosomes from another parent cell were introduced
Explanation: A child is created when the male sex cell joins the female cell. If the male and female sex cells had the standard number of chromosomes, as is found in body cells then the zygote (baby) would have double that number of chromosomes. The number of chromosomes would keep doubling every generation. To avoid this doubling the parent's body cells split by miosis which halves the number of chromosomes and so when the sex cells join the total number of chromosomes is the same as that found in the parent's body cells.
During DNA replication each strand of dna is used as a template to produce a complementary strand of DNA This process is shown below which base will attach to location 2
A) Allimene
O
B) Adenine
O
C) Thymine
O
D) Tyrosine
Answers
Brain-intact people are more likely to have increased activity in the ________ hemisphere when identifying the small letters (A) and increased activity in the ________ when identifying the overall pattern (X).
Answers
Answer:
Left; Right
Explanation:
Brain-intact people are more likely to have increased activity in the Left hemisphere when identifying the small letters (A) and increased activity in the Right when identifying the overall pattern (X).
The left hemisphere controls the right part of the body and the right hemisphere controls the left part of the body. The left hemisphere performs functions such as language and logical analysis in which identification of small letters is included. The right hemisphere is however known for its art and creative functions which explains why it is good at identifying overall patterns.
Can someone reword this for me? It's for my biology project and I don't think it's good.
I used a plastic Betta Fish Bowl and succulent plants to make this terrarium. For the bottom base, I used gravel. I added one inch of gravel on the bottom and two inches of potting soil on top. Next, I added moss on top of the potting soil. I then dug a small hole and planted all three plants. Next, I added half a cup of water to the plants and covered them with saran wrap.
Photosynthesis begins with light reactions. These reactions occur when chlorophyll, a pigment in the chloroplast's thylakoid membrane, absorbs energy from the sun. During the light-dependent stage "light" processes, chlorophyll absorbs light energy, which excites some electrons in the pigment molecules to higher energy levels; these then leave the chlorophyll and pass through a series of molecules, producing NADPH, an enzyme, and high-energy ATP molecules.
Carbon dioxide from the light reactions is combined with ATP and NADPH from the dark reactions to produce glucose in the dark reactions. This reaction occurs in the chloroplast's stroma. The dark reaction takes place outside the thylakoids. ATP and NADPH provide the energy needed to repair carbon dioxide (CO2). Sugar molecules and other organic chemicals required for cell function and metabolism, as a result, are produced.
Photosynthesis is affected by temperature, light intensity, carbon dioxide levels, water, oxygen, and chlorophyll. The rate of photosynthesis increases with temperature. When the temperature reaches a certain level (usually 35 C), the speed slows down. However, the rate of photosynthesis increases as the intensity of the light increases.
Answers
This terrarium was created using a plastic Betta Fish Bowl and succulent plants. I used gravel for the bottom base. On the bottom, I put one inch of gravel and two inches of potting soil. Then, on top of the potting soil, I sprinkled moss. After that, I dug a tiny hole in which I put all three plants. After that, I gave the plants half a cup of water and wrapped them in saran wrap.
Light reactions are the starting point for photosynthesis. When chlorophyll, a pigment in the chloroplast's thylakoid membrane, receives energy from the sun, several events occur. During the "light" processes of the light-dependent stage, chlorophyll absorbs light energy, which excites some electrons in pigment molecules to higher energy levels; these electrons then leave the chlorophyll and pass through a series of molecules, producing NADPH, an enzyme, and high-energy ATP molecules.
In the dark processes, carbon dioxide from the light reactions is mixed with ATP and NADPH from the dark reactions to make glucose. This process takes place in the stroma of the chloroplast. Outside of the thylakoids, the dark reaction occurs. The energy required to fix carbon dioxide is provided by ATP and NADPH (CO2). As a result, sugar molecules and other organic compounds necessary for cell activity and metabolism are created.
Temperature, light intensity, carbon dioxide levels, water, oxygen, and chlorophyll all impact photosynthesis. With increasing temperature, the rate of photosynthesis rises. The pace slows down when the temperature reaches a specified threshold (typically 35 C). However, as the intensity of the light increases, so does the rate of photosynthesis.
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I used a plastic fish bowl and 3 Succulent plants to make a terrarium. For the base, I used some gravel. I then added two inches of potting soil on the top. Next, I added moss on top of the soil. I then dug a small hole an inserted each of the three plants. Next, I added a half cup of water to each plant and covered then in saran wrap.
Photosynthesis begins with light reacting to certain elements. These reactions occur when Chlorophyll absorbs energy from the sun. During the light-dependent stage light processes, Chlorophyll absorbs some light energy, which then excites electrons in the pigment molecules to higher levels of energy. These then leave the Chlorophyll and pass through a series of molecules, producing NADPH, an enzyme, and high energy ATP molecules. Carbon dioxide is then combined with ATP and NADPH from dark reactions to produce glucose. This Reaction occurs in the Stroma of the Chloroplast. The dark reaction takes place outside thylakoids. ATP and NADHP provide the energy needed to repair carbon dioxide. The sugar molecules and other chemicals required for cell function and metabolism, as a result, is produced.
Photosynthesis is affected by certain temperatures, light intensity, carbon dioxide, water, oxygen, and Chlorophyll. The rate of photosynthesis increases with the changes in temperature. When the temperature reaches a certain level (Approximately 35 C), the speed slows down. However, the rate of of photosynthesis increases as the intensity of light increases.
Drag each tile to the correct location
identify the type of growth response that each plant demonstrates
Answers
Plant growth responses can be categorized into two types: tropisms and nastic movements.
Tropisms are directional growth responses of plants towards or away from a stimulus. On the other hand, nastic movements are non-directional growth responses, which occur independently of the direction of the stimulus.
For instance, plants show positive phototropism, a type of tropism in which they grow towards light. This is due to the presence of auxin, a hormone that causes the plant cells to elongate, making the stem bend towards the light. Similarly, plants show negative gravitropism, in which they grow away from gravity, allowing them to grow upwards.
Another type of growth response is thigmotropism, which is the directional growth of a plant in response to touch or contact. For instance, some plants curl their tendrils around objects to climb or support themselves, such as peas, grapevines, and ivy.
Plants also exhibit nastic movements such as nyctinasty, a rhythmic movement that occurs in response to light and darkness. Some plants such as the sensitive plant close their leaves when touched, which is known as thigmonasty.
In conclusion, the growth responses of plants are diverse and varied. These responses enable plants to adapt and respond to their environment, allowing them to survive and thrive.
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Which method of heat transfer can occur in empty space?.
Answers
This is the form of heat transfer that doesn’t need a medium to transfer through.
That’s how heat from the sun gets to earth, even though empty space is very cold.
Answer:
Radiation is a heat transfer process that does not depend upon the contact between the heat source
TRUE or FALSE: If the Birth Rate is less than the Death Rate, the size of the
population decreases
Answers
which cells carry antigen-specific receptors and are stimulated when antigens bind to those receptors?
Answers
The surface immunoglobulin that serves as the B cell antigen receptor (BCR) has two functions in B cell activation. First, like the antigen receptor on T cells, it transmits signals directly into the cell when it binds to the antigen receptor. antigen.
B cells have B cell receptors (BCRs) on their surface, which they use to bind to a specific protein. Once B cells bind to this protein, called an antigen, they release antibodies that attach to the antigen and prevent it from harming the body. The antigen receptor on most T cells, the α:β T-cell receptor, is composed of two protein chains, the α T-cell receptor and the β T-cell receptor, and resembles in many respects a single immunoglobulin Fab fragment. T cell receptors are always membrane bound. The membrane-bound immunoglobulin on the surface of B cells serves as the cell's receptor for the antigen and is known as the B cell receptor (BCR). Terminally differentiated B cells, plasma cells, secrete immunoglobulin with the same antigen specificity as antibody.
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what is inside your capillaries that carries oxygen to your heart?
Answers
Answer:
Capillaries are narrow blood vessels. Blood contains plasma, red blood cells, white blood cells and platelets. Red Blood cells are bi-concave disc which contains hemoglobin that reacts with oxygen and thus oxygen is transported by RBC to the heart where it is distributed to the whole body
Veins are present inside your capillaries that carry oxygen to your heart. While arteries perform the opposite function which carries blood away from the heart.
What are the functions of capillaries?The functions of capillaries are as follows:
Capillaries transport blood, oxygen, and nutrients to every cell. They are the type of delicate blood vessels that exist throughout your body. They also exchange waste throughout the body.Capillaries also help in the connection of arteries and veins.Capillaries are the connection link of both arteries and veins. So, both arteries and veins perform their specific function in order to facilitate the transport of deoxygenated blood and oxygenated blood to and from the heart respectively.
Therefore, the structure inside your capillaries that carries oxygen to your heart is known as veins.
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HELP ASAP!!!!!!!
Fill in the blank
Answers
Note. this is grade 6 IGCSE biology (2.5 deforestation)
I need this answer as soon as possible
LAST EDIT DON'T ANSWER THIS QUESTION ANYMORE I DON'T NEED ANYMORE U R JUST GONNA WASTE MY POINTS
Answers
Answer:
Buying second hand wooden furniture is a good way to stop wasting trees and its better for the environment because there are many thing in the world why not using things that already exists.
Suppose you are on a class field trip to collect fossil shark teeth in the Sandy Beach. Which of the following tools would be best for your teacher to take long for you to use to collect the shark's teeth? Choose all that apply.
A. Mobile x-ray machine (uses x-rays to "see" inside things)
B. Hand trowel (a small shovel with a pointed tip)
C. Hand sieve (separates particles of different sizes)
D. Power drill (hand-held tool that drills holes in things)
Answers
Answer:
B
Explanation:
The CRISPR-Cas9 system can be used to repair a mutant version of a gene in living cells. How does that process occur
Answers
The CRISPR-Cas9 system can be used to repair a mutation by recombination of the mutated sequence with a construct containing the normal gene.
What is the CRISPR-Cas9 system?The CRISPR-Cas9 system is a genome editing tool used to correct in vivo genetic mutations in a cell.
The CRISPR-Cas9 system contains a Cas protein that cuts DNA in a specific region of the genome according to a single guide RNA and thus produces desired genetic modifications.
In conclusion, the CRISPR-Cas9 system can be used to repair a mutation by recombination of the mutated sequence with a construct containing the normal gene.
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Importance of hydrologic cycle The role of water is central to most natural processes - Transport - Weathering, contaminant transport - Energy balance - transport of heat, high heat capacity - Greenhouse gas - 80% of the atmospheric greenhouse effect is caused by water vapor - Life - for most terrestrial life forms, water determines where they may live; man is exception
Answers
The hydrologic cycle is essential for transporting water, regulating energy balance, supporting life, and influencing climate dynamics. It plays a central role in sustaining ecosystems and is crucial for maintaining water resources and the planet's overall equilibrium.
Water's significance stems from its involvement in various aspects:
1) Transport: The hydrologic cycle facilitates the movement of water across the planet, redistributing it through processes like evaporation, condensation, and precipitation.
2) Weathering and Contaminant Transport: Water acts as a medium for weathering of rocks and the transportation of sediments. It also plays a critical role in the movement of contaminants, both natural and human-made, affecting the quality of water resources.
3) Energy Balance: Water has a high heat capacity, allowing it to absorb and store heat energy.
4) Greenhouse Gas: Water vapor is a significant greenhouse gas, contributing to the Earth's natural greenhouse effect.
5) Life: Water is essential for the existence of most terrestrial life forms. Its availability and quality determine the distribution and survival of organisms, shaping ecosystems and biodiversity.
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The correct question is:
Importance of hydrologic cycle. Explain the role of water is central to most natural processes: 1) Transport; 2) Weathering; 3) Energy balance; 4) Greenhouse gas; and 5) Life
I WILL PICK THE FIRST RIGHT ANSWER AS BRAINLIEST!
Based on this swamp food web, —
A.
45% of the energy in snails is passed to alligators.
B.
25% of the energy in algae is passed to dragonflies.
C.
90% of the energy in bullfrogs is passed to dragonflies.
D.
10% of the energy in small fish is passed to alligators.
Answers
Answer:
I believe it's
A. 45% of the energy in snails is passed to alligators.
Why does a root hair cell contain a large number of mitochondria?
Answers
Answer:
Root hair cells are adapted for taking up water and mineral ions by having a large surface area to increase the rate of absorption. They also contain lots of mitochondria , which release energy from glucose during respiration in order to provide the energy needed for active transport.
Root hair cells are adapted for taking up water and mineral ions by having a large surface area to increase the rate of absorption. They also contain lots of mitochondria , which release energy from glucose during respiration in order to provide the energy needed for active transport.
What are root hairs?Root hairs are tip-growing, nutrient-absorbing extensions of root epidermal cells that are crucial in plant-soil interactions. The main environmental, physiological, and genetic factors that control the development of root hairs in angiosperms.
In the root epidermis of various species, root hair cells are organized in a variety of distinct patterns. An intercellular gene regulation network in Arabidopsis (Arabidopsis thaliana L.) that incorporates protein transport and feedback loops creates a striped pattern of hair and non-hair files.
Root hair growth can be roughly split into two phases: the commencement phase, during which site selection and bulge formation occur, and the elongation phase. Different transcription factors regulate the beginning phase.
Therefore, Root hair cells are adapted for taking up water and mineral ions by having a large surface area to increase the rate of absorption. They also contain lots of mitochondria , which release energy from glucose during respiration in order to provide the energy needed for active transport.
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Which cell structures work together to form a pseudopod?
A. cell wall and nucleus
B. eyespot and chloroplast
C. cytoplasm and plasma membrane
D. contractile vacuole and mitochondria
Answers
cytoplasm and plasma membrane
Pseudopodia are formed by some cells of higher animals (e.g., white blood corpuscles) and by amoebas. During amoeboid feeding, pseudopodia either flow around and engulf prey or trap it in a fine, sticky mesh.
9.
Which is an environmental factor that affects skin color in humans?
O number of genes inherited
O amount of sunlight absorbed
O number of linked genes
O amount of food consumed
Answers
Which is an environmental factor that affects skin color in humans?
O number of genes inherited
O amount of sunlight absorbed
O number of linked genes
O amount of food consumed
ANSWER:-AMOUNT OF SUNLIGHT ABSORBED.
Number of gene for color of the skin is same in all the human beings and also it's a genetic factors is there will be any absence of gene due to its deletion AMOUNT OF SUNLIGHT it is variable in variable reasons which is a imp factor for the color in variation in earth. In regions near to the equator have high amount of the light so they have darker skin color then the people near the poles as there is less amount of light .Number of gene inherited is also same for each and every individual for single species for human which is 378 gene loci and if there is any variation in number due to any genetics disorder it would be a genetic factor again.amount of food consumed is different for different people with same color in same region as it only depends on the work which is done by the individual in the society for its existence. though it is a environmental factor bit it didn't effect color of the species.SO ACCORDING TO ABOVE DETAILS WE CAN CONCLUDE (2) AMOUNT OF THE SUNLIGHT IS THE ENVIRONMENTAL FACTOR WHICH IS RESPONSIBLE FOR THE COLOR OF THE SKIN IN HUMANS
Which occurs during cytokinesis?
Answers
Answer:
HERE'S YOUR ANSWER.
Cytokinesis is the physical process of cell division, which divides the cytoplasm of a parental cell into two daughter cells. It occurs concurrently with two types of nuclear division called mitosis and meiosis, which occur in animal cells.
Cytokinesis takes place in four stages: initiation, contraction, membrane insertion and completion. The events occurring within these stages differ in animal and plant cells.
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MARK AS BRAINLIAST.
1. Which of the following is not a characteristic of natural selection?
A. More offspring are born than will survive to reproduce.
B. Mutations appear randomly.
C. Breeding pairs are chosen by humans.
D. Organisms that are better adapted are more likely to survive.
2. Which of the following statements are true about artificial selection.
A. Breeders can control which animals mate.
B. Breeders can control what mutations will appear in the offspring.
C. Both A and B are true.
D. Neither A nor B is true.
Answers
Answer:
1. C
2. A
Explanation:
Why did the removal of wolves affect the entire Yellowstone ecosystem?
A. It changed the balance of many different interactions.
O B. The organisms in the ecosystem did not compete for resources.
C. Wolves were the only predators in the ecosystem.
D. The wolves were the only producers in the ecosystem.
HELP ME QUICKKK PLEASE
Answers
Answer:
A
Explanation:
Since Wolves were one of the main predators (not the ONLY one) prey started to over populate causing the vegetation population to decrease. Since the vegetation decreases so does the number of prey then as well as the number of predators.
The removal of wolves affecting the entire Yellowstone ecosystem is option "A" that is It changed the balance of many different interactions.
Here wolves act as a keystone species.
What are keystone species?A keystone species is an organism that enables represent an entire ecosystem.
Without its keystone species, the ecosystem would be dramatically distinct or stop existing altogether.
Keystone species have low functional tedium.
Thus, option "A" that is It changed the balance of many different interactions.
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Facilitated diffusion requires
enzymes.
carrier proteins.
lipid carriers.
carbohydrate carriers.
lipid or carbohydrate carriers.
Answers
Facilitated diffusion requires carrier proteins. The membrane transport proteins known as carriers and channels fall into two categories.
What is carrier proteins ?In contrast to channel proteins, another type of membrane transport protein, which is less selective in transporting molecules, a carrier protein is a type of protein that moves a particular substance through intracellular compartments, into the extracellular fluid, or across cells.It is similar to an enzyme-substrate reaction in how a carrier protein moves a solute molecule across the lipid bilayer, and in many respects, carriers work like enzymes. However, unlike regular enzyme-substrate reactions, the carrier protein does not covalently modify the transported solute before delivering it to the other side of the membrane.There are one or more distinct binding sites for a solute in each type of carrier protein. By undergoing reversible conformational changes that alternately expose the solute-binding site on each side of the membrane, it moves the solute across the lipid bilayer.To learn more about carrier proteins refer :
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Which medication teaching statement is correct for a client with type i diabetes mellitus?
Answers
Diabetes type 1 is a chronic illness also referred to as juvenile diabetes or insulin-dependent diabetes.
What is type-I Diabetes?The pancreas produces little or no insulin in this situation. Insulin is a hormone that the body utilizes to let glucose (sugar) into cells where it can be used to make energy.Type 1 diabetes may be brought on by a variety of factors, including genetics and some viruses. While type 1 diabetes typically first manifests in childhood or adolescence, it can also strike adults.There is still no cure for type 1 diabetes, despite much research. The goal of treatment is to prevent problems by controlling blood sugar levels with the use of insulin, food, and lifestyle changes.Learn more about the Type-I Diabetes with the help of the given link:
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State one specific response of the body to the increase in blood glucose level that would account for the changes that begin about 30 minutes after eating the cookie.
Answers
Answer:
Secrete insulin.
Explanation:
If the body has increase in blood glucose level due to eating of cookies, our body secrete insulin in order to regulates blood glucose level. If there is too much glucose in the body, the body secretes more insulin in order to regulate the glucose level in the blood whereas if there is low glucose level in the blood, our body secrete glucagon through pancreas in order to raise blood glucose level.
Answer:
insluin is realeased by the body or glucose enters the cells
Explanation: none
1. Menstrual cycles are absent during pregnancy. Justify
OR
2. Can a woman with a blocked fallopian tube give birth to a child? Give reason.
ANSWER ANYONE
Answers
Technically no, because the egg from the ovaries need to be passed in to the uterus through the Fallopian tube
Please answer the following questions about the high-throughput sequencing technologies:
a. What strategies are used by each technology to sequence millions of different molecules at the same time?
b. Explain why fluorescent chain terminator nucleotides are used in Illumina, but not in PacBio.
c. Which technology does not use fluorescent nucleotides? How are different nucleotides distinguished from one another?
Answers
High-throughput sequencing technologies are a set of methods that enable the rapid sequencing of large amounts of DNA. These technologies include Illumina, PacBio, and Oxford Nanopore. Each technology uses a different strategy to sequence millions of different molecules at the same time.
Illumina uses bridge amplification to create clusters of identical DNA molecules, which are then sequenced by synthesis using fluorescent chain terminator nucleotides.
PacBio uses single-molecule real-time (SMRT) sequencing, in which a single DNA molecule is sequenced in real-time as it is synthesized by a DNA polymerase.
Oxford Nanopore uses nanopore sequencing, in which a single DNA molecule is passed through a nanopore and the electrical current changes as different nucleotides pass through the pore.
Fluorescent chain terminator nucleotides are used in Illumina because they allow for the detection of each nucleotide as it is incorporated into the growing DNA strand. This is not necessary in PacBio, as the DNA polymerase used in SMRT sequencing is modified to include a fluorescent molecule that allows for the detection of each nucleotide as it is incorporated.
Oxford Nanopore does not use fluorescent nucleotides. Instead, different nucleotides are distinguished from one another based on the changes in electrical current as they pass through the nanopore. Each nucleotide has a unique electrical signature, which allows for their identification.
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Easy! Please Help! A man is walking through the woods with his dog. Suddenly, a tree limb falls in his path and he leaps out of the way to avoid it. Then the man's dog gets loose, and he ends up chasing it through the woods for a minute or two before he manages to catch it.
a) Describe the function of the respiratory system in this situation.
b) Describe the function of the endocrine system in this situation.
c) Describe the function of the nervous system in this situation.
d) Describe two ways that any of the man's body systems worked together in this situation.
Answers
The answers include the following:
The respiratory system gave the cells more oxygen via breathing to perform various activities.The endocrine system released hormones such as adrenaline to activate chemical changes and stay alert.The nervous system carried electrical impulses necessary for the contraction and relaxation of muscles.The bones and muscles worked together to ensure adequate movement.What is Musculoskeletal system?This is the system which comprises of bones, ligaments etc and ensure that the body system has a rigid structure.
It also ensures organisms are able to move from one place to another in search of food and for their survival.
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Microbes playing a role in nitrogen fixation in plants live in ________, while those playing a role in the digestive tract of certain herbivores live in ________. Microbes playing a role in nitrogen fixation in plants live in ________, while those playing a role in the digestive tract of certain herbivores live in ________. fortrans / rumens nodules / fortrans nodules / rumens rumens / nodules
Answers
Answer:
nodules / rumens
Explanation:
nodules / rumens
pls help me whit math
Answers
Answer:
All answers in image
Explanation:
-Hope this helped & Happy holidays!
Answer:
They want it all to be ready by 7:30pm
Roast Chicken took \(2\frac{1}{2}\) hours is equal 150 minutes. it should start cooking at 5:00pm
Sweet Potato took 30 minutes. it should start cooking at 7:00pm
Peas took 10 minutes. it should start cooking at 7:20pm
Chicken Gravy took 15 minutes. it should start cooking at 7:15pm
Green Beans took 40 minutes. it should start cooking at 6:50pm
Chocolate Pie took 50 minutes. it should start cooking at 6:40pm