Answers
Answer:
its is grass. mouse snake
Related Questions
The cheetah is considered one of the fastest land animals on Earth. How does the cheetah get the energy to run? Construct an explanation to describe how the cheetah's energy and photosynthesis are related. Click to add text
Answers
Answer:
It sleeps eats and gathers nutrients from what it eats,
Explanation:
CELLULAR RESPIRATION:
Cellular respiration is the process whereby living organisms obtain energy (ATP) by breaking down food molecules in their cells. All living organisms including Cheetahs perform cellular respiration by breaking down glucose to synthesize energy in form of ATP needed for their metabolic activities. Photosynthesis is performed by green plants to synthesize glucose using light energy. These glucose molecules are broken down during cellular respiration performed by animals to synthesize energy.Learn more at: https://brainly.com/question/13721588?referrer=searchResults
A biochemist studying a surface protein that is normally anchored to the cell membrane of a human cell determines the sequence of amino acids in the protein. Upon analyzing the amino acid sequence, the biochemist notices that most amino acids found in the protein sequence of the anchor portion of the protein are nonpolar uncharged amino acids.
Which argument BEST explains this result?
Answers
Answer:
C
Explanation:
fossils at used to determine what
Answers
Answer:
fossils are used to tell how long they lived what did they eat how they died habitat what they eat
Explanation:
The fossils present in a rock exposure or in a core hole can be used to determine the ages of rocks very precisely. Detailed studies of many rocks from many places reveal that some fossils have a short, well-known time of existence. These useful fossils are called index fossils.
Answer:
Fossils have been used by scientists to determine the dates of rock layers (or strata) that were laid down in succession hundreds of years ago. However, the accuracy and precision of this method depend on several conditions, such as depth, lithology, thickness and abundance of the fossils in that rock.
Explanation:
Which of the following is defined as the age structure, sex ratio, and reproductive capacity of a population?.
Composition
Distribution
Dynamics
Migration
Answers
1
Which of the following is a question about physiology? ( Concept 40.0)
SHOW HINT
Do salamanders and frogs have the same number of toes on their front feet?
Thing
Are there any living birds with claws on the ends of their wings?
How is blood pressure affected by physical activity?
Do baleen whales have teeth?
Is it true that apes do not have fleshy tails like monkeys?
2
Most cells are microscopic because at this small size,
Concept
40.1)
SHOW HINT
Answers
Answer:
jbd GG ggrrstdsytdytdytdfxtrzt
Why are Lions and Leopards considered different species?
Question options:
because they don't like each other
because lions are larger than leopards
because they can not interbreed to produce viable offspring
because one has spots and the other doesn't
Sharks and dolphins share similar shapes and body structures because they are very similar genetically.
Question options:
True
False
Answers
Answer:
C
Explanation:
I have dont this science quiz
what is standard operating procedure in biotechnology
Answers
Answer:
An SOP is a procedure specific to your operation that describes the activities necessary to complete tasks in accordance with industry regulations, provincial laws or even just your own standards for running your business.
Explanation:
How many fundamental forces exist in nature?
two
three
four
five
Answers
Answer:
four
Explanation:
Answer:
Four
Explanation:
They are; gravity, electromagnetism, the weak nuclear force and the strong nuclear force.
Which of the following is a chemotroph that gets its energy from inorganic compounds?
autotrophs
lithotrophs
organotrophs
phototrophs
heterotrophs
Answers
plzzz help its a big grade
Which change would increase the kinetic energy of a moving object the most?
A. reducing the mass by half
B. reducing the speed by half
C. doubling the mass of the object
D. doubling the speed of the object
Answers
What effect could medical advances have on population growth?
A) Medical advances could lead to a decrease in both death and birth rates.
B) Medical advances could lead to a decrease in both death and growth rates.
C) Medical advances could lead to an increase in both birth and death rates.
D) Medical advances could lead to a decrease in death rate and increase in growth rate.
E) none of the above
Answers
how do commensals protect against athletes foot ? (include compete, nutrients and space in the answer)
Answers
Answer:
See explanation
Explanation:
According to Oxford dictionary, commensalism refers to; "an association between two organisms in which one benefits and the other derives neither benefit nor harm. "
There are microorganisms that are usually found on the skin surface such as Bacillus subtilis. These organisms obtain their nutrients from the skin but does not harm the body in any way.
However, fungi such as Trichophyton rubrum and T. mentagrophytes cause athlete's foot and these also grow on the skin.
Commensalic organisms protect us from athletes's foot by competing for nutrient and space with these pathogenic fungi thereby decreasing the chances of survival of the fungi.
What is the purpose of the checkpoints in the cell cycle?
Answers
Answer:
Cell cycle checkpoints are surveillance mechanisms that monitor the order, integrity, and fidelity of the major events of the cell cycle. These include growth to the appropriate cell size, the replication and integrity of the chromosomes, and their accurate segregation at mitosis.
Explanation:
Do you know the different stages through which raw agricultural materials go before they reach your table? Trace the journey of a burger bun from grains of wheat at a farm to your table. Perform online or offline research and write a report on the processes involved in manufacturing burger buns.
Answers
PLATO ANSWER
The basic raw material for making a burger bun is flour. The major steps required for turning wheat into a burger bun are as follows:
Cultivation of wheat
Harvesting of wheat
Grinding wheat to flour
Baking flour to make buns
Let’s trace the journey.
Before a burger bun reaches the table, it goes through several processes. The farmer select wheat heads when they turn golden yellow and the kernels are hard and dry. A combine harvests the wheat and packs it in sacks. The farmer then stores the wheat in a granary and eventually sells it to a wholesale trading company. The wholesaler transports the wheat to a warehouse and then sells it to a flour manufacturer. The manufacturer`s first step is to cleanse the wheat of impurities, such as weeds, seeds, dirt, small stones, and metal pieces, by using a series of giant disks and magnets. The kernels then go through a giant bath, which separates any other heavy particles that remain. It also helps cleanse the grains. Lighter materials such as husks or flakes of stalk will wash away.
After the cleaning process, the wheat goes through rollers that crack the kernel, and then huge machines use various screens to filter the wheat pieces. In the production of white flour, air currents blow the bran away from the rest of the wheat, and then the remaining pieces of wheat go through a variety of rollers that grind it into finer powder. After each grinding, the machines sift the wheat through screens—and there are more than 20 such screens. Each screen filters finer and finer particles. Finally, the manufacturer fortifies the wheat by adding special ingredients such as vitamins and iron. The manufacturer then packs, labels, and stores the ready-to-bake flour for transportation and supply.
The packaged wheat flour reaches the store racks through a variety of distributors and suppliers and by various means of transport. Once on the shelf, it is a matter of time before a consumer purchases it. Some of the packaged products may reach industrial baking organizations.
After bringing home some flour, I unpack it and then mix it with salt, water, yeast, and a few other ingredients. Before rolling it, I have to give the dough some time to rise. The yeast in the dough makes it rise through the action of tiny bubbles of carbon dioxide. I then form the dough into the correct shapes and put in the oven to bake. In the baking process, the gas bubbles exit the dough, leaving the bread soft and fluffy. After baking and cooling, the buns are ready to become parts of mouth-watering burgers.
Scientists have found ways of inserting favorable genes into plants such as tomatoes, beans or corn to make the fruit of the plant less appetizing to insect pests. Another inserted gene allows the plant to survive heavy doses of chemical sprays that farmers sometimes use to control weeds in the fields. A farmer decides to use the genetically modified crops described above. What should the farmer using the genetically modified plants experience?
Group of answer choices
decreased crop yield
longer growing season
decreased use of pesticides
smaller growing area
Answers
Answer:
Decreased use of pesticide.
Explanation:
If there is only one answer the one above^ is the one that I would go with.
The questions asks about a GMO that makes a plant less appealing to insects and is more resilient to weed killing chemicals. Because it is less appealing to bugs to eat, there would be less of a need for pesticides. Personally, I do not feel as though there is enough evidence in the question to draw a conclusion on the other answers provided.
Farmer using the genetically modified plants experience decreased use of pesticides.
What are genetically modified plants?Genetically modified plants, also known as genetically engineered or transgenic plants, are plants whose genetic makeup has been altered through the use of genetic engineering techniques. This can be done to introduce new traits or characteristics into the plant, such as resistance to pests or tolerance to certain herbicides. The process of genetic modification involves the insertion of a specific gene or set of genes from one organism into the DNA of another organism. This can be done using a variety of techniques, such as recombinant DNA technology or CRISPR-Cas9 genome editing.
The goal of genetic modification is often to improve crop yields, increase resistance to pests and diseases, and reduce the need for pesticides and herbicides. However, genetically modified plants also raise concerns about potential environmental and health risks, as well as ethical and social issues.
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A student wants to know which part of his local beach contains the most turtle nests during nesting season. He makes a prediction to investigate based on his observations and plans his experiment. He performs the experiment to collect data. Once his experiment is completed, he gathers his evidence and analyzes it to form a conclusion. What part of the scientific method is he missing from this investigation? Ask a question. Construct a hypothesis. Do background research. Analyze the evidence.
Answers
Answer:
Construct a hypothesis
Explanation:
The scientific method is a step by step procedure followed in order to solve a scientific problem or answer a scientific question. The steps of the scientific method include:
- Making an observation
- Asking a question
- Doing background research
- Formulating an hypothesis
- Testing the hypothesis
- Analysing the result
- Conclusion
Based on the steps above, the student performing the investigation did not do a CONSTRUCT A HYPOTHESIS based on the prior information he/she has. Hypothesis is a testable explanation to a given problem or an asked question. The student failed to CONSTRUCT THE HYPOTHESIS, which is necessary to know whether or not to accept the results obtained.
HELP PLSSSS FOR BRAINLIEST :))))
Answers
Answer:
opaque
Explanation:
Cells that grow too large have
DNA. *
O too much
O just the right amount of
O too little
Answers
What materials go into photosynthesis
Answers
Answer:
water, sunlight and carbon dioxide
Answer:
Potassium and magnesium
Explanation:
they are very essential.
which organisms are necessary for the recycling of nitrogen
Answers
Answer:
Explanation:
It is carried out by nitrogen-fixing bacteria. The bacteria live in soil and roots of legumes, such as peas. When plants and other organisms die, decomposers break down their remains. In the process, they release nitrogen in the form of ammonium ions.
Compare the two DNA sequences. How many of the DNA codons (sets of three nucleotide bases) are different between the two sequences?
options:
A: 1
B: 4
C: 3
D: 2
Answers
2 DNA codons are different between the two sequences. So, the correct option is (D).
What are Codons?Codon is defined as a sequence of three consecutive nucleotides in a DNA or RNA molecule that codes for a specific amino acid. Some codons signal the beginning or end of translation, called start or stop (or termination) codons.
Codons are present on an mRNA or DNA. which are sequences of three nucleotides that code for a specific amino acid while the anticodons are present on tRNA (transfer RNA) molecules that help to transcribe or bring about amino acids in mRNA during the translation process.
The three-letter nature of codons that means the four nucleotides found in mRNA — A, U, G, and C which can produce a total of 64 different combinations.
Thus, 2 DNA codons are different between the two sequences. So, the correct option is (D).
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A stream that flows into two different rivers is part of two
A reservoirs.
B. tributaries.
C. divides.
D.
watersheds.
Answers
Answer:
Tributaries
Explanation:
I wound think that they would be branching of so thats what i would say
A water body that flows on the surface of the earth is called a stream. The river is a larger water body compared to streams. Stream is shallow likened to river volume.
A stream that flows into two distinct rivers is part of two:
Option b. Tributary
This can be explained as:
A reservoir is a lake that reserves the water either created naturally or artificially.A stream that merges into the river is called tributary or affluent.A watershed is a drainage bay where the water from precipitation gets accumulated and drains to common river or water bodies.Therefore, a tributary is a stream that flows into two different rivers.
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Can a flatworm detect every stimulus in its environment?
Answers
Explanation:
Planaria (earthworms,flatworms ) are sensitive to many stimuli including: chemical gradients, texture, etc. When a Planarian is placed in a novel environment, there is an initial exploratory phase. he planaria can perfectly regenerate all elements of its morphology.
Being a dwarf Dragon is dominant compared to normal sized Dragons. What is the probability that you would have dwarf dragons if
you were to cross a purebred dwarf Dragon with a normal sized Dragon?
Answers
Answer: Normal dragon would be Rr while dwarf dragon would be Rr so if you put that in a punnet square, %0% of the babies would be dwarf the other 50% would be normal
How does chlorophyll aid in the process of photosynthesis? *
Chlorophyll absorbs sunlight.
Chlorophyll absorbs glucose.
Chlorophyll releases carbon dioxide.
Chlorophyll transfers water to the roots of the plant.
Answers
Answer:
chlorophyll absorbs sunlight
What type of trait shows a blending of two traits? For example, a rabbit
that has black fur and a rabbit that has white fur blending to make grey
offspring.
A. codominance
B.incomplete dominance
C.sex linked traits
D.complete dominance
Answers
Answer:B
Explanation:
Glycolysis is an aerobic process. *
True
False
Answers
Answer:
False
Explanation:
Glycolysis is an anaerobic process. None of its nine steps involve the use of oxygen. However, immediately upon finishing glycolysis, the cell must continue respiration in either an aerobic or anaerobic direction; this choice is made based on the circumstances of the particular cell.
The diagram below shows part of a DNA molecule.
18
What could happen if two of the base pairs on this strand of DNA were switched?
SC.912.L.16.3
A different protein would be made.
The strand would not be replicated.
Transcription would stop at that point.
The rest of the DNA strand would detach and unravel.
Answers
Answer: I think the answer is c
Explanation:
A different protein would be made.
If two base pairs on a strand of DNA were switched, it could lead to a different protein being produced. The sequence of DNA bases determines the sequence of amino acids in a protein. Each three-base sequence, known as a codon, codes for a specific amino acid or a stop signal.
If the base pairs are switched, the codons could be altered, resulting in a change in the amino acid sequence during protein synthesis. This change in the amino acid sequence can lead to a different protein being synthesized, potentially impacting its structure and function.
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Inflammation of certain membranes in the human respiratory system is known as
A) Meningitis
B)anemia
C)gout
D)bronchitis
Answers
Answer:
D) bronchitis
Explanation:
meningitis happens in the brain
anemia happens with red blood cells
gout happens in the joints of your body
bronchitis happens within the respiratory system
Determine the parental genotypes and proportion of offspring genotypes for locus 2. What are the genotypes of the parents with respect to locus 2 (i.e., alleles B and b)
Answers
Answer and Explanation:
Alleles are the different varieties of genes. For every gene, somatic cells have two alleles.An allele that is not expressed by an organism might be passed to the offspring of The organism provides one allele.
It is difficult to conclude which two alleles of a gene exist within the chromosomes of organisms. that organism and can express in the next generation.
The parental genotypes can be determined by PUNNETT SQUARE, in which we use two letters to signify the genotype.
As the white throat code and the red throat code are alleles.
A lowercase letter represents the recessive form of a gene (allele), and a capital letter represents the dominant form of a gene (allele). For example, for the red-throated bird, white throat is a recessive trait, and red throat is a dominant trait.
There are basic steps of using Punnett Square. Step one is to determine the parent organism genotypes then write down “mating.” Draw a p- square. For each parent, split the letters of the genotype. Then place them outside the p-square. By filling the p-square, determine the genotype of the offspring. Then summarize results.
