Which is an example of phototropism?
C. a plant bending toward the light
Answer:
An example of phototropism would be: "a plant bending toward the light"
Explanation:
The Latin root word photo means light
The Greek suffix tropism means: the turning of all or part of an organism in a particular direction
With that being said... The turning of all or part of an organism in the direction of light is known as phototropism
Your answer is C.) a plant bending toward the light
Heating cheese so that it spreads over the surface of hot food involves which change of state?
The cheese melts, so it changes from solid to liquid. It is a physical change since nothing chemically will change.
The cheese changes by melting from solid form to liquid form
During which stage of postmortem decomposition does the body dry out and give off an Odor taht smells like cheese
Butyric fermentation
Black putrefaction
Putrefaction
Dry decay
Answer:
Option A , Butyric fermentation
Explanation:
It is during the stage of Butyric fermentation , where a body starts smelling like cheese.
Butyric acid is a form of carboxylic acid which is predominantly found in the parmesan cheese, butter , vomit and has an unpleasant odour, taste and after taste.
It is a common form of esters that is found in the fats of animals and oils of plants.
Hence, option A is correct.
in the diagram below, what is the function of structure 4?
A student was observing slides of cell division in one of the slides he noticed loosely coiled chromatin depicting DNA replication which phase of the cell cycle could it be
Interphase as it prepares cell for division by occurrence of some important biological functions and duplicate genetic material (DNA)
Answer:
DNA replication occurs during the S phase.
Explanation:
During the processes of the cell cycle is a phase called the S phase (Synthesis Phase) in which the DNA is replicated, occurring between the two phases G1 and G2.
Complete accurate DNA instructions in the cell must be duplicated in order to produce two similar daughter cells which occurs during the S phase where loosely coiled chromatin can be seen.
What occurs during mitosis? Choose the correct answer.
DNA and chromosome duplication
growth and metabolism of the cell
cell division to create two daughter cells
During mitosis cell division occurs to create two daughter cells
Answer:
The answer is c: Cell division to create 2 daughter cells
Thank you have a good day! (:
Explanation:
Which mutation in a fruit fly could be passed on its offspring?
(1) a mutation in a cell of an eye that changes the color of the eye
(2) a mutation in a leg cell that causes the leg to be shorter
(3) a mutation in a sperm fell that changes the shape of the wing
(4) a mutation in a cell of the digestive tract that produces a different enzyme
note ; please explain why your answer is correct
Only mutations in reproductive cells can be inherited. Therefore, a mutation in a sperm cell that changes the shape of the wing is the one that could be passed on to the offspring.
Mutations in fruit flies can affect various traits, but not all mutations can be passed on to the next generation. The key to determining which mutation can be inherited lies in understanding the difference between somatic cells and germ cells. Somatic cells make up most of the body and include cells in the eyes, legs, and digestive tract, as mentioned in the options provided. In contrast, germ cells are the reproductive cells (sperm and eggs) that are involved in passing genetic information to offspring.
Out of the given options, only the mutation in a sperm cell that changes the shape of the wing (option 3) can be passed on to the offspring. This is because sperm cells contribute to the formation of the next generation, and any mutations they carry can be inherited if they lead to fertilization. Mutations in somatic cells such as those in the eyes, legs, or digestive tract (options 1, 2, and 4) are not passed on to offspring because they do not affect the germ line.
which property of the gneiss sample prevented it from weathering?
crystalline texture
mineral composition
density
cleaveg
mineral composition is the answer
In nature, animal populations are dynamic. This means they are changing due to various circumstances. The population of rabbits in certain areas of the world are affected by the population of foxes, for example. Using reasoning, which model shows the relationship between the two populations?
100Points
Answer:
Keep in mind that both paths can have negative effects, say the fox population spikes and there are too many foxes in one area, the rabbit population will decrease in a alarming rate and eventually the foxes will start to run out of food and then they will either move to another area and/or they will start to die due to starvation, thus resulting in a decrease in the fox population. At the same time if the fox population is TOO LOW, then the rabbit population will grow and the food resources that the rabbits need will become harder to find due to so many rabbits eating the same thing. This will also result in the rabbit population decreasing due to starvation and/or them moving to a different location.
Explanation:
The model that shows the relationship between the two populations is known as predation.
What is Population?The population may be characterized as a group of individuals belonging to the same species living in the same area at a definite time period. The size, density, dispersion, birth rate, death rate, abundance, etc. are some of the characteristics of the population. These characteristics are also known as demographic factors.
According to the food chain, foxes eat rabbits. If the population of rabbit is high, the foxes have better food resources and they also increase in number, due to this, the size of the rabbit population reduces, and the fox population increase, but after some time, they also decline.
Predation is a type of species interaction in which one species directly consumes the other in a fraction of the time. It is a type of +,- type, in which one species is benefitted and another is harmed.
Therefore, the model that shows the relationship between the two populations is known as predation.
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The smallest part of a compound that still has the properties of that compound is a(n)
A.
nucleus.
B.
molecule.
C.
orbital.
D.
mixture.
A molecule is the smallest part of a compound. So, B. Would be your answer.
Hope I helped!
In chemistry, the smallest part of a compound which still demonstrates the properties of that compound is a molecule.
Explanation:The smallest part of a compound that still has the properties of that compound is a molecule. A molecule is a group of atoms bonded together, representing the smallest unit of a chemical compound that can take part in a chemical reaction. Each molecule has its own unique properties, which are determined by the arrangement and type of atoms within the molecule.
For example, water (H2O) is a compound made up of two hydrogen atoms bonded to one oxygen atom. The smallest part of water that still has the properties of water is a single water molecule.
Therefore, the correct answer is molecule.
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According to the cell theory ,viruses are considered nonliving because they
Answer:
According to cell theory, all organism arise from the pre existing cell. Cell acts as the structural and functional unit of the living organism. Viruses may be defined as the organism that contain DNA and RNA as their genetic material. Viruses are smaller than bacteria and can affect the different forms of life.
Viruses are non-living as well as acellular organism because they cannot perform the metabolic process that are performed by the living organism. They acts as non - living organism as they do not reproduce, show growth and metabolism outside the host environment. They only shows growth and reproduction once they enter inside the host organism.
Velma is developing a computer model of translation. Her instructor points out that the model does not include ribosomes or ribosomal RNA. If the model is accurate in other ways, how does the absence of ribosomes and ribosomal RNA affect it? A. Certain amino acids would be missing from the polypeptides.
B. The polypeptides would be much longer than normal.
C. Amino acids would be joined together in an incorrect order.
D. Amino acids would not join together, and no polypeptides would form.
The correct answer would be option D.
Ribosomal RNA or ribosomes are the site if protein synthesis in a cell.
The small and large subunits of the ribosome form a complex around the initiation codon of mRNA.
The ribosome also has a peptidyl transferase activity which helps in adding amino acid to growing polypeptide chain.
Thus, in absence of ribosome no polypeptide chain would form.
Which of the following statements about Earth’s energy budget are true?
a. Most energy reaches Earth from space as visible light.
b. Most of the energy that leaves Earth travels in the form of visible light.
c. More than 99% of Earth’s outgoing energy comes from energy brought to Earth’s surface in volcanic eruptions.
d. Energy leaves Earth’s system only during the daytime
e. The thermal energy (heat) that you feel when you put your hand on the ground originates from the sun.
Answer: E. The thermal energy (heat) that you feel when you put your hand on the ground originates from the sun.
Explanation:
Most energy reaching Earth is visible light from the Sun and thermal energy from the ground originates from the Sun as it's absorbed and emitted as heat, options (a) and (e) are correct.
Most energy reaching Earth is in the form of visible light from the Sun. The Sun's nuclear fusion processes primarily produce energy in the form of visible light, which then travels through space and reaches Earth. This visible light is what makes our planet habitable by providing the energy necessary for photosynthesis in plants and warming the Earth's surface.
The thermal energy (heat) you feel when touching the ground also originates from the Sun. Solar energy is absorbed by Earth's surface, warming it. This heat is then conducted into the ground and radiated back as thermal infrared radiation. This process maintains the Earth's temperature and sustains life on our planet. So, the warmth you experience when touching the ground is ultimately a result of the Sun's energy input into Earth's system, options (a) and (e) are correct.
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Gregor Mendel and Australian monk who lived in the 1800s is known as the father of genetics explain why Mendel has given this title.
Gregor Mendel, an Austrian monk who lived in the 1800's, is known as the father of genetics. Explain why Mendel has been given this title. He was the first person to explain the mechanisms of heredity because of his experiments with pea plants.
Gregor Mendel is deemed the father of genetics due to his groundbreaking research in heredity using pea plants, which led to fundamental principles of genetic inheritance.
Explanation:Johann Gregor Mendel is known as the father of genetics because of his pioneering work with pea plants which laid the groundwork for our understanding of genetic inheritance. Conducting experiments in the garden of his monastery, Mendel painstakingly crossed pea plants and observed the inheritance patterns over multiple generations. His discovery of dominant and recessive traits, along with the concept that traits are passed down independently, revolutionized the biological sciences. Mendel's research ultimately led to the laws of inheritance that bear his name, Mendel's Laws, which explain how traits are transmitted from parents to offspring.
The formation of igneous rock is most directly related to which of the following geologic events?
Igneous rock formation is most closely associated with volcanic events and the cooling and solidification of magma, either on the Earth's surface or underground.
The formation of igneous rock is most directly related to volcanic eruptions and magma intrusion into the Earth's crust. Igneous rocks form either on the Earth's surface as a result of volcanic activity, where magma exits a volcano and cools quickly to form rocks like basalt, or beneath the surface where magma cools slowly to form intrusive rocks such as granite. Most magmas that form igneous rocks originate at plate boundaries and hotspots due to mechanisms like pressure release, an increase in temperature, or the addition of volatiles which decrease the melting temperature of rocks.
Please I need help with number 14
Why is a cellular respiration called an aerobic process?
Because cellular respiration requires oxygen. aerobic means requiring oxygen.
Mr. Jenkins has a damaged spine. what might he have trouble doing?
Walking, exercising, sitting, moving, driving, carpentry, cooking, chores.
cross type AB man with tybe O women. what are the genotypes and phenotypes of the possible offspring
Phenotypes = A blood group
B blood group
Genotypes = AO and BO
An object's _____ is known if a reference point is known along with a direction and distance from the reference point.
A. speed
B. velocity
C. position
D. acceleration
It should be B) Enjoy
which on the folllowing cell parts act as a boundary and controls what enters and leaves the cell?
I think that its the cell membrane.
what best describes transduction in bacteria
What is the main purpose of data analysis?
A. to take new measurements
B. to better understand your data
C. to do calculations with your data
D. to change your data so that they support your theory
to better understand your data
Compare and contrast the processes of mitosis and meiosis.
Part A. Describe two processes that occur in both mitosis and meiosis.
Part B. Think about the cells at the outcome of both processes. How are they different? Explain at least two differences.
Part A:
1. Both the processes of meiosis and mitosis are the kinds of cell division in which one cell forms or produces more than one cell, that is, both follow duplications of chromosomes.
2. Both the procedures include dissociation of the nuclear membrane, and both require spindle fibers to move the chromosomes around.
Part B:
1. Mitosis comprises one stage while meiosis comprises two stages. Mitosis produces diploid cells, while on the other hand, meiosis generates haploid cells.
2. Mitosis gives rise to two similar daughter cells, while meiosis gives rise to four genetically similar daughter cells.
After mitosis, _____ genetically identical cells are formed.
a. two
b. three
c. four
After mitosis, two genetically identical cells are formed. Hope this helped!
Answer: A- two . Hope this helps.
Why are renewable sources of energy a better option than nonrenewable resources
A. Because renewable sources are free for everyone
B. Because renewable sources can be replenished
C. Because renewable resources produce pollution
D. Because renewable sources produce carbon dioxide
Answer: Option B is correct.
Explanation: Because renewable sources can produce again (reproduce) again like,
1.Diversifying energy supply and reducing dependence on imported fuels.
2.Creating economic development and jobs in manufacturing, installation, and more.
While nonrenewable sources can't reproduce any type of sources.
I hope this answer will be helpful..
Thankyou....
Which of these animals undergo complete metamorphosis?
A. Praying Mantis
B. Moth
C. Termite
D.Grasshopper
Answer:
The animal that undergoes complete metamorphosis would be the Moth
Explanation:
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what are the two types of fermentation?
1) lactic acid & ethyl alcohol
2) pyruvic acid and glycolysis
3) lactic acid and pyruvic acid
4) pyruvic acid and ethyl alcohol
1) lactic acid & ethyl alcohol are the two types of fermentation.
What are the two fermentation processes?There are two types of fermentation: alcoholic fermentation and lactic acid fermentation.
The two types of fermentation are:
Lactic acid fermentation: This type of fermentation produces lactic acid.
Alcohol fermentation: Also known as ethanol fermentation, it converts pyruvic acid to acetaldehyde and CO2.
Based on the final product formed, fermentation can be divided into four types: lactic acid fermentation, alcoholic fermentation, acetic acid fermentation, and butyric acid fermentation. The three main types of
fermentation are alcoholic fermentation, lactic acid fermentation, and acetic acid fermentation.
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What would be a valid conclusion to draw from this data? A) All methods are effective in killing bacteria. B) Both soap brands out perform hand sanitizer in killing bacteria. C) Warm water is as effective as soap or sanitizer in killing bacteria. D) Hand sanitizer is more effective than either soap in killing bacteria.
Answer:
B) Both soap brands out perform hand sanitizer in killing bacteria.
Looking at the data, the conclusion is pretty obvious, the two different types of soap resulted in about half the bacteria cultures as either the hand sanitizer, or just using warm water. In fact, the hand sanitizer looks like it's even worse than simply using warm water. So looking at the four available options, the best choice is "B) Both soap brands out perform hand sanitizer in killing bacteria."
Explanation:
how did world war 2 change marine science
When soldiers would go into underwater vessels they would see different species that we didn't know existed. After the war, scientists started researching these creatures.
World War II facilitated advances in marine science through the development of technologies for submarine detection, which post-war contributed to the growth of oceanography departments, national labs, and the acceptance of seafloor spreading.
World War II significantly altered the course of marine science by stimulating the development of technologies that were later pivotal in studying the ocean depths and understanding geological phenomena like seafloor spreading. The urgent military need to detect submarines led to advancements in oceanic research, resulting in expanded studies and an enhanced understanding of the ocean's properties. These developments fueled the growth of oceanography as a science, with the establishment of oceanography departments at universities and the founding of national ocean laboratories. The technologies forged in this crucible of war—ranging from sonar to deeper-diving submarines—provided researchers after the war with new tools to explore and comprehend the planet's underwater landscape, ultimately contributing to the acceptance of theories like plate tectonics.
how does the atp adp cycle work
Some energy in ATP is released to do work, such as move muscles or force a seedling out of the ground. ... Within the power plants of the cell (mitochondria), energy is used to add one molecule of inorganic phosphate (P) to a molecule of adenosine diphosphate (ADP).