Which flow chart correctly organizes the structures of heredity, from least to most complex? codon ® gene ® DNA ® chromosome gene ® chromosome ® codon ® DNA DNA ® codon ® chromosome ® gene chromosome ® DNA ® gene ® codon
Answer:
codon ® gene ® DNA ® chromosome
Explanation:
The flow chart correctly organizes the structures of heredity, from least to the most complex - codon ® gene ® DNA ® chromosome
Chromosomesare thread-like structures located in the nucleus, which carries genetic information from generation to generation.an organized package of DNA, Different organisms have different numbers of chromosomes.DNADNA, or deoxyribonucleic acid, is the hereditary material in almost all organisms.Nearly every cell in a person's body has the same DNA.It has a huge number of nitrogen base sequences and specific segments called geneGeneA gene is the basic physical and functional unit of heredity.Genes are made up of DNA.genes vary in size from a few hundred DNA bases to more than 2 million bases that form codonsThus, The flow chart correctly organizes the structures of heredity, from least to the most complex - codon ® gene ® DNA ® chromosome
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Do all the days of the year have the same amount of daylight?
Answer:
yes all day of the year have the same amount of the light
The burning of fossil fuels and cutting down of trees adds to the increase of which of the following in out atmosphere
Answer:
However, as far as the atmosphere is concerned, the carbon stored by trees is in the trees, and not in the atmosphere. Cutting down and burning the trees converts this carbon into CO2, increasing the concentration of CO2 in the atmosphere.
Explanation:
SOME ONE HELP ME!! FOR A MAJOR GRADE!!!
The allele for long whiskers in seals is dominant over the allele for short whiskers.
Part A.
What percentage of offspring could be expected to have short whiskers from a cross of parents with Ww and WW genotypes?
A.0%
B.50%
C.75%
D.100%
Part B.
What percentage of offspring could be expected to have a genotype of Ww between a cross of parents with the genotype Ww and Ww?
A.25%
B.50%
C.75%
D.100%
Answer:
Part A. - D.) 100%
Part B - B.) 50%
Answer:
part a- 0%
part B- 50%
Explanation:
im not sure on part b but that sounds right
Which cell structure is found in plant and animal cell and controls what can come into or leave a cell
Answer:
Cell Membrane
Explanation:
WILL GIVE BRAINLIEST!!!
What do prokaryotic and eukaryotic cells have in common?
mitochondria
nucleus
cytoplasm
lysosomes
Which is the MOST accurate description about how the different types of feed mechanisms work.
A. Both positive and negative feedback loops amplify a departure from the set point.
B. Both to negative and positive feedback loop returns to the set point in the reverse direction
C. Positive feedback loops return to the set point in reverse direction, why negative feedback loops amplify the departure from this point.
D. Negative feedback loops return to the set point in reverse,wow positive feedback loops amplify a departure from the set point
Answer:
D
Explanation:
Positive feedback loops are rarer than negative ones because of homeostasis, but they do occur. Negative feedback loops return to the set point in reverse, and positive feedback loops amplify a departure from the set point.
What type of cells do cellular respiration and photosynthesis occur in?
Answer:
All cells carry out cellular respiration but only cells with chloroplasts allow for photosynthesis to occur
Which types of species tend to dominate river ecosystems? How do conditions between fast-moving 'headwaters' (or sources) of rivers differ from slow-moving 'mouths' of rivers? Where are the majority of producers in a lake located? Where would you expect to find the largest food webs - oligotrophic, mesotrophic, or eutrophic lakes? Explain. What characteristic defines a wetlands? Why are wetlands so ecologically productive, and what valuable ecosystem services do they provide to humans? Where are coral reefs generally found, how are they built, and why are they under heavy threat from bleaching? Do the vast open oceans areas deeper than ~200 meters and away from coastlines support much life? Explain
Answers with Explanation:
Q1) In faster moving rivers, salmon species dominate. In slower moving rivers, catfish dominate.
Q2) Fast moving rivers have high oxygen levels due to the rapid mixture of water and air. Slow moving rivers experience less mixing of air and water, decreasing their oxygen levels.
Q3) The majority of producers are found at the littoral zone. This is because it is shallow and allows easy penetration of light for photosynthesis.
Q4) Eutrophic lakes, this is due to their high level of productivity.
Q5) The wetlands are biomes that are submerged or saturated by water for at least part of each year, but shallow enough to support vegetation.
Q6) The wetlands are ecologically effective as they take in large amounts of rainwater and release it slowly, helps to prevent droughts , filter pollutants, and recharge the ground with clean water.
Q7) The coral reefs are found in warm, shallow waters beyond the shoreline. They're built by secreting a layer of limestone to form their external skeleton. They're under heavy threat of bleaching due to lower ocean pH and higher water temperatures.
Q8) The vast open oceans areas deeper than 200 meters and away from coastlines doesn't support much life due to decrease in light intensity for photosynthesis and oxygen levels. These zones includes: mesopelagic zone, bathypelagic zone and abyssal zone.
15 POINTS AND BRAINLIEST (IF CORRECT)!!
Which statements describe hormones in plants? Check all that apply.
Cutting stems can stimulate hormones to start lateral leaf growth.
Some tropisms are controlled by hormones.
Cells grow faster in areas where auxin is concentrated.
Hormones help buds form and grow in the winter.
Auxin is the only hormone involved in plant development.
Answer:Cutting stems can stimulate hormones to start lateral leaf growth.
Some tropisms are controlled by hormones.
Cells grow faster in areas where auxin is concentrated.
Hormones help buds form and grow in the winter.
Auxin is the only hormone involv
Explanation: took test on missed this question, had A,B,C,D.. answer all of the above. So its all of them.
can a cell can survive even if the process to produce ATP is disrupted?
Answer:
No, because ATP provides energy for cells in order for them to carry out their functions. If disrupted it will cause the transport chain to stop which causes ATP to stop and the cells can no longer carry out their functions and will die.
Help please? *25 points*
Answer:
Yes, if igneous rock us moved to earth's surface and exposed to energy from the earth's sun, it could weather into smaller pieces that could form sedimentary rock.
Explanation:
I found that answer on Google, so I'm honestly not sure if it'd be A or B. Sorry! hope this helps a bit.
Which of the following resources do plants and animals compete to use?
a. Minerals b. Water c. Sunlight d. Mates
Answer:
mates
Explanation:
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Which statement describes a common measurement error?
What is the role of DNA in transmitting genetic
information? Describe DNA's important genetic
role in a few sentences below.
Explanation:
The major function of DNA is to encode the sequence of amino acid residues in proteins, using the genetic code. To read the genetic code, cells make a copy of a stretch of DNA in the nucleic acid RNA.
Hello! Can someone explain Pollen Tube Germination to me?
Answer:
At the time of liberation, it becomes 2 celled, with a small generative cell and a vegetative cell. In the nutrient medium, the pollen grain germinates. The tube cell enlarges and comes out of the pollen grain through one of the germ pores to form a pollen tube. The tube nucleus descends to the tip of the pollen tube.
Explanation:
Sleep could be best described as a
A. car with the engine started, but parked and idling
B. truck driving on the freeway in the right lane
C. train with cargo being loaded at the start of a trip
D. bicycle riding uphill in the wind
Answer:
The correct answer is A. car with the engine started, but parked and idling
Explanation:
This is the correct answer on edg. 2020
Answer:
The correct answer is A
Explanation:
edge 2021
Which statement about active transport is most accurate? Active transport utilizes energy from ATP molecules. Active transport utilizes energy from ATP molecules. Active transport is essential to move water into and out of a cell. Active transport is essential to move water into and out of a cell. Active transport is the only way to move ions into and out of a cell. Active transport is the only way to move ions into and out of a cell. Active transport is required to move ions into and out of a cell. Active transport is required to move ions into and out of a cell.
Answer:
I feel like you just answered your own question but I'm going to help you out anyway, active transport utilizes energy from ATP molecules.
Explanation:
The most accurate statement about active transport is active transport utilizes energy from ATP molecules.
Transport active is a type of transport used by cells to move substances against a concentration gradient across cell membranes.Active transport Is mediated by different membrane proteins known as carrier proteins coupled to an energy source such as, for example, ATP.During this process (active transport), hydrolysis of ATP provides the energy required to move molecules/ions against a concentration gradient.In conclusion, the most accurate statement about active transport is active transport utilizes energy from ATP molecules.
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2. Are the volume values similar to each other or are they quite different? Explain why you see what you see. If they are similar explain why. If they are different also explain why.
Answer: The density, ρ, of an object is defined as the ratio of its mass to its volume. ... Mass and volume are extensive (or extrinsic) properties of matter - they ... In this experiment, you will measure masses and volumes to determine density.
Explanation:
A mutation in the upland cotton plant causes the development of
chloroplasts with a single outer membrane and no internal membranes.
Which of the following would most likely be observed in chloroplasts of
cotton plants with this mutation?*
Answer:
This question is incomplete as it lacks options. The options are:
A) They would be unable to remove waste products because internal transport proteins would not be present
B) They would be unable to generate ATP and NADPH needed to make sugars because these processes occur on membranes within the chloroplast
C) They would be unable to take up carbon dioxide because CO2 is transported into the chloroplast in membrane-bound vesicles.
D) They would be unable to move within the cell because only organelles with double membranes are mobile.
The answer is B
Explanation:
Chloroplast is an organelle within the cells of certain organisms including plants. It is the site of photosynthesis in autotrophic organisms i.e. organisms capable of making their own food. The chloroplast is double-membraned, like most eukaryotic organelle, made up of inner and outer membrane.
The membranes of the chloroplast contains structures such as thylakoid, where the light dependent reactions of photosynthesis that produces ATP and NADPH needed to produce sugars, take place. Hence, a mutation in the upland cotton plant that causes the development of chloroplasts with a single outer membrane and no internal membranes will make the chloroplasts of this cotton plant be unable to generate ATP and NADPH needed to make sugars because these processes occur on membranes within the chloroplast.
glucose
Outside of the Cell
Inside of the Cell
Choose which type of cell transport is occuring in this image.
Answer:
post the image first then ask
17. How does propelling themselves out of the water most likely help flying fish
survive in their environment?
A) by helping them escape predators
B) by helping them breathe in oxygen
C) by helping them find food sources
D) by helping them avoid boats and ships
Answer:
A. By helping them escape predators .
Explanation:
They can also breathe underwater and there are many other food sources underwater. They can avoid boats and ships by just swimming away.
how many mcdonalds big mac's would you have to eat for your stomach to rupture
Answer:
Depends usually I would say around 25-40 range
Explanation:
When combined in the correct ratio, hydrogen and oxygen atoms can form water as show below.
+
O
O
Hydrogen
Oxygen
Water
In this example, water is an example of which of the following?
Molecules of an element
Molecules of a compound
Atoms of a compound
A mixture
Answer:
B
Explanation:
i took the test
The correct option is (B). Molecules of a compound.
What do you mean by molecules?A molecule is a group of two or more atoms held together by attractive forces known as chemical bonds; depending on context, the term may or may not include ions which satisfy this criterion.
Moreover, molecules are made up of one or more atoms. If they contain more than one atom, the atoms can be the same (an oxygen molecule has two oxygen atoms) or different (a water molecule has two hydrogen atoms and one oxygen atom). Biological molecules, such as proteins and DNA, can be made up of many thousands of atoms.
Hence, the smallest particle of any substance which can exist independently and retain the physical and chemical properties of the substance, made up of one or different elements is a molecule.
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Why is it difficult for your body to return blood from your feet when you sit for too long?. Single choice. a. Blood has to travel a greater distance. B. Skeletal muscles are not squeezing the veins. c. Gravity makes the blood flow backward. d. The heart does not beat fast enough at rest.
Answer: Option C.
Gravity makes the blood flow backward
Explanation:
it difficult for your body to return blood from your feet when you sit for too long because gravity makes blood flow backward and this is because when you sit for long , it weakens the keg muscles because it is necessary for body movement so that blood will circulate or flow well. When the keg muscles becomes weak, it will slow blood flow in the leg and the force of gravity acting will make the blood flow backward and thus can cause a blood clot.
1. Georgina is a rock collector. She is looking at some information about two of the
rocks she has collected on her travels. The information is as follows:
• Rock A formed from small pieces of rock.
• Rock B formed from liquid rock in a different place.
• Rocks A and B formed at about the same time.
Are Rocks A and B the same or different types of rock?
The rocks are
a the same type because they are both formed from rock material.
b the same type because they formed at the same time.
c different types because they formed in different ways.
d different types because they formed in different places.
Answer: C) different types because they formed in different ways.
Hope this helps!! :D
Rocks A and B are different types because they formed in different ways.
What are the different types of rocks?Igneous rocks are created by the melting of rock deep within the Earth.Sand, silt, dead plants, and animal skeletons combine to form sedimentary rocks.Metamorphic rocks are created from other rocks that have been altered underground by heat and pressure.learn more about types of rocks here:
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1. What type of cells in your body do mitosis? Give an example also.
2. Why does the cell synthesize DNA before mitosis?
3. What is the difference between chromosome and sister chromatid?
4. After mitosis, how many daughter cells result? How many cells would results after two rounds of mitosis? Three rounds?
5. Can the original cell starting mitosis be identified after mitosis? Explain.
Answer:
Its hard question, to be honest
Explain the role of valence electrons and how they relate to the periodic table of elements?
Plz this i really need to finish this.
Explanation:
The valence electrons determine the group the elements belong in the periodic table. For example, the element sodium, Na, has a valence electron of one and so it belongs to Group 1 in the periodic table. Another example is Aluminium, Al, which has a valence electron of three and therefore it belongs to Group 3 in the periodic table.
Tumu’s class was given an assignment to feature a scientist that contributed to the development of the cell theory. The class decided to use images to feature the scientist of their choice.
Which image would Tumu most likely use in his assignment to feature Rudolf Virchow?
the magnified shapes of cells in a piece of cork
the different cells that make up a plant leaf
the types of cells at work in the human body
the way root cells reproduce to increase root length
Answer:
the way root cells reproduce to increase root length
Explanation:
Virchow discovered how cells reproduce so this would be the most reasonable answer
Answer:
It's D
or
(The way root cells reproduce to increase root length)
Explanation:
Edge Approved!!!!
which traits make fungi more related to animals than to plants
Answer:
Fungi are closer genetically to animals than to plants, say researchers who have compared sequences of ribosomal RNA. Their work refines the genetic ‘tree of life’ pioneered by Carl Woese of the University of Illinois.
Hope this helped!
Explanation: