Consider the diagram that depicts the lysogenic and lytic cycles.
The steps of the lysogenic cycle are shown. In Step A, attachment and entry occurs. In step B, the provirus is formed. In step C, the cell begins to divide. In step D, the provirus leaves. In step E, the virus is replicated and assembled. In step F, lysis and release of the virus occurs.
In which step of the diagram are new viruses assembled?
step B
step C
step E
step F
Answers
The diagram is not given in the question, so the diagram is attached below: Answer:
step E
Explanation:
The viruses are assembled in Step E.
The assembly of the virus occurs in nucleus or cytoplasm of host cell. In step D, viral components of virus are synthesized and in the next step E, The viral component assembled into mature virus.
Hence, the correct option is "Step E".
Answer:
C. step E
Explanation:
just took the test from E D G E and got 100% :D
hope this helps ya'll
Related Questions
What is the function of the central nervous system?
O A. To circulate blood throughout the body
O B. To relay signals from the spinal cord to the rest of the body
O C. To transport oxygen and nutrients to the brain
D. To process information about changes in the external or internal
environment
Answers
Answer:
To transport oxygen and nutrients to the Brian
In some parts of Africa, the frequency of heterozygosity for the sickle cell anemia allele is unusually high, presumably because this reduces the frequency of malaria. Such a relationship is related to which of the following?
a) Mendel's law of independent assortment
b) Mendel's law of segregation
c) Darwin's explanation of natural selection
d) Darwin's observations of competition
e) The malarial parasite changing the allele
Answers
Answer:
The correct option is C.
Explanation:
According to Darwin's Law of Natural Selection, a gene that benefits the organism and helps it produce healty offspring so that it can survive is supported by natural selection and will receive a positive feedback over.
The fact that the heterozygosity for sickle cell anemia helps with the survivability of malaria, which is a deadly disease, suggests that the heterozygosity is favored by the law of natural selection.
I hope this answer helps.
What are the terminal branches of the highlighted artery? What are the terminal branches of the highlighted artery? cephalic and basilic axillary and lateral thoracic deep brachial and nutrient radial and ulnar
Answers
The given question is incomplete as there is no highlighted artery or image presented, however, the correct part of the question is attached in the form of the image:
Answer:
The correct answer is - radial and ulnar
Explanation:
The radial and ulnar arteries arise as a bifurcation of the axillary artery in the forearm. The radial artery moves along the lateral region of the front of the forearm with side along with the radial nerve.
The ulnar artery goes medially deep to the pronator teres muscle and it moves along the different parts of the forearm and hand with the ulnar nerve.
Thus, the correct answer is - radial and ulnar
Which of the following are likely impacts of
overfishing?
-The populations of higher order consumers decrease
-Oxygen dissolved in sea water decreases
-The biodiversity of the ecosystem decreases
-Large numbers of producers are removed from the
ecosystem
Answers
Answer:
-The populations of higher order consumers decrease
Explanation:
More fish are being killed meaning less food for consumers which means that tertiary consumers will be left with less food. One small problem can have a devastating effect.
1. Viruses are said to be living organisms because a)they possess transmittable characters.
b) they move from place to place.
c) they respond to stimuli
d) they ingest food materials
2. In a food chain, the position occupied by an organism is called
a) the trophic level.
b) the energy level.
c) the feeling level.
d) the habitat.
Answers
Answer:
1:(a) they possess transmittable characters.
2: (a)the trophic level.
Answer:
Explanation:
1 a
2 a
I hope this helps
Which statement describes one event that happens at deep-ocean trenches?
Crust is formed
Mountains are formed
Seafloor spreading occurs
Denser plates slide under lighter plates
Answers
The statement that describes the event that happens at deep-ocean trenches is ( D ) ; Denser plates slide under lighter plates
Deep ocean trenches are created by subduction ( the converging of two or more tectonic plates ). whereby the more denser plate is pushed under the lighter plate into the earths' mantle.
The denser plate pushed into the earths' mantle will cause the seafloor and outermost part of the earth to bend into a steep forming the deep-ocean trenches.
Hence we can conclude that the statement that describes the event that happens at deep-ocean trenches is Denser plates slide under lighter plates.
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What is difference between paranchyma tissues and sclernchyma tissues ?
Answers
Answer:
Parenchyma cells are the abundant cells that make up ground tissues in plants.They are flat at point of contact.they have thin primary cell walls and have large vacuoles for storage of food.In leaves they are called mesophyll and are sites of photosynthesis.In other parts they are sites for respiration and protein synthesis.
Sclerenchyma cells are cells with rigid secondary cell walls.Their cell walls are hardened with lignin which is the main chemical component of wood.Mature sclerenchyma cells cannot elongate and most of them are dead.
Explanation:
Plz plz, answer it .answer it.
Answers
Answer:
B
Explanation:
The correct answer is B through the process of elimination. It can't be A since if you were looking through a telescope, you wouldn't actually see the entirety of Earth, itself, revolving around the Sun. It can't be C either since even if the church in the 17th century advocated it, it still isn't supported. It can't be D either since it isn't supported as well. No pieces of evidence are given besides the scientists agreeing on one single answer. However, B has proof of how they agreed on it.
Organisms that have the ability to use an atmospheric gas to produce an organic nutrient are known as ?
Answers
Plants. Cuz plants breathe carbon dioxide.
Describe TWO WAYS technology has created more waste by humans.
I need an answer now.
Answers
Answer:
Hazardous type: This type poses potential threats to the environment and human life. Battery wastes from thrown away technology.
Electronic waste or e-waste describes discarded electrical or electronic devices. Used electronics which are destined for refurbishment, reuse, resale, salvage recycling through material recovery, or disposal are also considered e-waste.
The flowchart below shows the three generations of a cross between a pea plant that has yellow pods and a pea plant that has green pods. Green pods are the dominant trait. The flowchart is missing the labels that describe the traits. A flow chart is shown. A and B both go to C. C goes to both D and E. In which squares should the phrase "Green pods" appear?
Answers
Answer:
Green pods phrases should appear in squares A, C, and D.
Explanation:
Further explanation will be posted as an attachment due to technical difficulties.
Answer: A,C, and D only
Explanation: Edge 2022
How many cells are in zygote
Answers
Answer:
In humans, both sperms and ova contain 23 chromosomes.
Explanation:
During fertilization, the diploid chromosome number 46 is regenerated in the zygote. After 24 hours of fusion, human zygote starts to divide by mitosis, commencing the embryonic period. The zygote is divided into 2-cells, 4-cells, 8- cells and then 16-cells
Answer:
two cells, then four cells, eight cells, 16 cells, and so on.
Explanation:
Which phrase describes one main feature of the atmosphere? protects Earth’s surface includes organisms in the air, on land, and in water consists of rocks, minerals, landforms, and Earth’s interior comprises oceans, lakes, rivers, streams, and groundwater
Answers
Answer:
A) protects earth's surface
Explanation:
took the test
The phrase describes one main feature of the atmosphere is protects Earth’s surface is correct.
Why do we need an atmosphere?Not only does it contain the oxygen we need to live, but it also protects us from harmful ultraviolet solar radiation. It creates the pressure without which liquid water couldn't exist on our planet's surface. And it warms our planet and keeps temperatures habitable for our living Earth.
Thus, protects Earth’s surface is correct.
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what converts solar energy (sunlight) into chemical energy through photosynthesis
Answers
Explanation:
Photosynthesis in plants converts solar energy into chemical energy using electrons and protons from water. ... The electrons go to the chlorophyll, while the protons contribute to a proton gradient that is used to power the synthesis of a second energy-carrying molecule,
follow me PlZzzzz
Answer:
Hello!
Your answer is PLANTS!
Explanation:
During Photosynthesis, PLANTS absorb the radiation from the sun (sunlight/heat) and convert it into chemical energy (glucose/starches etc)
The green pigments on the leaves are called CHLOROPHYLL and the main purpose of them is to act like Solar Panels and absorb the light energy (solar energy)
HOPE THIS HELPS!
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The wells that contain the DNA samples are placed next to the negatively charged electrode in the electrophoresis box (chamber) because _______. Group of answer choices DNA strands have both a positive and a negative charge DNA is negatively charged DNA is positively charged DNA has no electrical charge
Answers
Answer:
DNA is negatively charged
Explanation:
Electrophoresis: In biology, the term "electrophoresis" is described as one of the different laboratory technique that is being utilized to separate protein molecules, DNA, and RNA one the basis of their electrical charge and size. Therefore, a specific amount of "electric current" is being used to move different molecules that are required to be separated through a "gel". The given gel contains pores that generally works like a "sieve" and thus allows every small molecule to proceed faster as compared to the larger molecules.
DNA stands for "deoxyribonucleic acid" is determined as a long molecule that ought to contain an individual's unique "genetic code" and generally carried information associated for making proteins in an individual's body.
In the question above, the correct answer is "DNA is negatively charged".
The samples of DNA are placed next to the negatively charged electrode in the electrophoresis as DNA is negatively charged.
What is electrophoresis?It is a laboratory technique, which is used to distinguish RNA, DNA or molecules of protein on the basis of their electrical charge and size. In the process, an electric current is utilized to move molecules to be separated via a gel. The gel comprises pores that functions as a sieve, which permits smaller molecules to move faster in comparison to larger molecules.
DNA is a negatively charged molecule, thus, when it is used in the process of electrophoresis, the migration of DNA will take place towards the positively charged electrode. Through the gel, the DNA with shorter strands will move more briskly in comparison to the longer strands leading to the formation of fragments being aligned in order of size.
Thus, the samples of DNA are placed next to the negatively charged electrode as they are negatively charged.
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ASAP
If your blood becomes too concentrated with ions, what will happen to the red blood cells?
A. They undergo crenation.
B. They become turgid.
C. They undergo lysis.
D. They absorb some of the ions to balance the concentration.
Answers
The correct answer is option A. They undergo crenation.
What if red blood cells are placed in a hypotonic solution?When red blood cells are placed in the hypotonic solution, there is a net movement of free water into the cells. In this situation, the intracellular solute concentration is low and the intracellular volume is increased. The total solute concentration of the solution will be high.
When red blood cells are in a hypertonic (high concentration) solution, water exits the cell faster than it enters the cell. This leads to the creation (contraction) of blood cells.
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what are chloroplasts? why are they green? how is the green colour plant of a great importance to the whole living world? explain?
Answers
Answer:
Chloroplasts are structures found in the cytoplasm of plant cells that are the site for photosynthesis. They are green because they contain a pigment called chlorophyll. Chlorophyll absorbs light to bring about the photosynthesis reaction. Light energy is crucial to initiate photosynthesis.
Photosynthesis allows the plant to convert carbon dioxide from air and water absorbed from the roots into oxygen and glucose, which are foods for plants. By releasing oxygen to air through photosynthesis, other living things can breathe in oxygen so that energy can be generated through another process, called respiration. Respiration is like the reverse reaction of photosynthesis, but it turns glucose to energy that supports living things.
Because plants also respire to generate energy, by using the glucose produced from photosynthesis, it also supports the food chain in the living world. Other organisms can consume plants for their energy.
In the end, chloroplasts and the chlorophyll inside are very important to the living world.
The rough endoplasmic reticulum:__________.
a. processes and packages proteins, lipids, and other molecules.
b. harvests energy for cellular functions.
c. performs photosynthesis.
d. modifies proteins that will be shipped elsewhere in the organism.
e. synthesizes lipids and detoxifies molecules."
Answers
Answer:
A
Explanation:
The rough endoplasmic reticulum modifies proteins that will be shipped elsewhere in the organism.
What is a rough endoplasmic reticulum?It is a network of tubules that are present in the cell and it has ribosomes present on its surface.
What is the main function of rough endoplasmic reticulum?The rough endoplasmic reticulum has following function:
To create proteins in the cells due to the presence of ribosomes on them.To modify the proteins that will be shipped elsewhere in the organism.What helps in the synthesis of lipids?The smooth endoplasmic reticulum helps in the synthesis of lipids and steroid hormones.
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The results of an experiment are considered to be reliable if.
Answers
Answer:
If they have been tested multiple times (at my school we learned 3 times) and if they can be replicated by others.
Explanation:
A scientist is investigating the properties of two different biological membranes that have different amounts of cholesterol in them. Which of the following would accurately describe the membrane that has more cholesterol compared to the membrane with less cholesterol in it?
a) The membrane with more cholesterol will have increased fluidity at all temperatures compared to the membrane with less cholesterol.
b) The membrane with more cholesterol will have increased fluidity at low temperatures and lower fluidity at high temperatures compared to the membrane with less cholesterol.
c) The two membranes will have the same degree of fluidity at all temperatures.
d) The membrane with more cholesterol will have decreased fluidity at low temperatures and lower fluidity at high temperatures compared to the membrane with less cholesterol.
Answers
Answer:
B - The membrane with more cholesterol will have increased fluidity at low temperatures and lower fluidity at high temperatures compared to the membrane with less cholesterol.
What usually happens to the host’s DNA during the lytic cycle? It is destroyed. It is integrated with the viral DNA. It becomes a provirus. It is deactivated.
Answers
Answer:
It is destroyed
Explanation:
The lytic cycle of the viral life cycle is characterized by the destruction of the host's DNA. The infecting phage gains entrance into the host's cell synthesizes proteins that break down the host's DNA, and then utilizes its own DNA as the cellular DNA.
From there on, the phage takes over the cell's genetic mechanisms and utilizes it in the synthesis of the necessary proteins to manufacture new infecting structures.
Answer:
destroyed
Explanation:
a cell "x" contain a cell wall large central vacuole and a nucleus at the periphery . cell"x"is __________ options 1) plants cell 2) animal cell 3) bacterial cell 4) prokaryotic cell
Answers
Answer:
Plant cell
Explanation:
Plant cells are known for having a large vaculoe to carry their water
Animal cells have their nucleus at the center
bacterial cells and prokaryotic don't contain a nucleus
Why is carbon-14, with a half-life value of 5,730 years, not appropriate for finding
the absolute age of dinosaur fossils?
Answers
Answer:
because dinosaurs existed millions of years ago, carbon-14 has a short life that is too small to compare millions.
Explanation:
As células são os componentes fundamentais de todos os seres vivos, não sendo encontradas apenas nos vírus. Algumas pessoas costumam dizer que as células são formadas por membrana plasmática, citoplasma e núcleo. Entretanto, nem todas as células possuem núcleo organizado, recebendo o nome de:
Answers
Answer:
Entretanto, nem todas as células possuem núcleo organizado, recebendo o nome de: células eucarióticas
Explanation:
As células eucarióticas são caracterizadas por possuir um núcleo definido, localizado no citoplasma. A diferença que tem com as células procarióticas é que o núcleo nelas está em uma região do citoplasma chamada nucleoide.
Além disso, as células eucarióticas têm um nível mais alto de complexidade em relação à sua informação genética, podendo realizar dois processos para replicar seu DNA: mitose e meiose
Which statement best describes how molecules interact with systems in the
human body?
A. Food molecules break down into waste molecules as they pass
through the digestive tract.
O B. Food molecules break down in the digestive system, and cells use
the smaller molecules to make what they need.
O C. Carbon dioxide molecules help carry other molecules into the
lungs as air is inhaled.
D. Carbon atoms combine with water molecules to form glucose, and
cells use the glucose to get the energy they need.
Answers
Answer:
i think B answer is right
Answer:
B is correct the others don't make sense
Explanation:
hope this helped <3
Which of the following types of reproductive barriers separates a pair of insect species that could interbreed but for the fact that one lives on goldenrod plants and the other on autumn daisies in the same general area?
a) habitat isolation
b) gametic isolation
c) behavioral isolation
d) temporal isolation
Answers
Answer:
The correct answer is - option A.
Explanation:
Reproductive barrier is a biological difference between two species that do not allow them to interbreed. Type of reproductive barrier is decided by the trait or barrier that prevents them to interbreeding.
habitat isolation takes pace when the prezygotic barrier that prevents interbreed two species due to the fact that they live in different area as insects that lives in golden rod and autumn daisy have different habitat.
Thus, the correct answer is - option A.
The reproductive barrier is defined as the biological isolation between two species that prohibits them to interbreed.
The correct answer is:
Option A. Habitat isolation
Habitat isolation can be defined as:
Habitat isolation is defined as a type of reproductive barrier that prevents the interbreeding between the organisms. Habitat isolation does not mean that the organisms living in different areas are unable to reproduce. The organisms living in the same geographical area but unable to interbreed because one of them lives on goldenrod plants and the other on autumn daisies is referred to as habitat isolation.
Thus, the correct answer is Option A.
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Write any five points which helps everyone to orgasms faster.
Answers
Answer:
Here are my five -hot -cute -pretty -charming -gorgeous
Explanation:
-Hot = if she's hot she will make you wet
-Cute = if she's cute she will make your thing stick
Pretty = if she's pretty she's tolerable
charming = great vibes
gorgeous = makes you hard
7) The evolution of animal species has been prolific (current estimates of species numbers reach into the tens of million). Much of this diversity is a result of the evolution of novel ways to ___.
Answers
Answer:
The options are
A) arrange cells into tissues
B) form an embryo and establish a basic body plan
C) sense, feed, move and choose mates
D) reproduce
E) I don't know
The answer is C) sense, feed, move and choose mates
Evolution occurs after a long period of time and it occurs as a result of organisms adapting to new environmental conditions. Much of this diversity is a result of the evolution of novel ways to sense, feed, move and choose mates and the they are features which are essential in an organisms survival.
The rate of a reaction catalyzed by an enzymes usually ________ with temperature; however, at temperatures above the optimum range ________. The rate of a reaction catalyzed by an enzymes usually ________ with temperature; however, at temperatures above the optimum range ________. decreases; prosthetic groups are necessary increases; protein denaturation occurs decreases; the reaction proceeds without the enzyme increases; the reaction proceeds without the enzyme increases; the direction of the reaction reverses
Answers
Answer:
increases; protein denaturation occurs
Explanation:
One of the characteristic of enzymes is the sensitivity to temperature .
Enzymes are sensitive to the changes in the environmental temperature.The enzymatic activities increases with increase in temperature,up to the optimum of 37 degrees in most animals.
However,once the optimum temperature has been exceeded,enzyme activities drops.This is because below optimum the rate of collision between the enzyme active sites and substrate molecules is very high,therefore more products are formed which increases the rate of reactions.
At temperature above the optimum,the high temperature breaks the bonds,especially the hydrogen bonds holding the 3D structure of the active sites.Therefore,substrate molecules can not fit into the active site,and therefore enzymatic actives of the enzyme is affected,and the enzyme is said to be denatured
At a neuromuscular junction Group of answer choices neurotransmitters are released. actin and myosin filaments slide past one another. intercalated discs are synthesized. troponin and tropomyosin exchange places.
Answers
Answer:
Neurotransmitters are released
Explanation:
At a neuromuscular junction, action potential that arrives there causes the release of the acetylcholine into the synapse. This then binds to the receptors that span across the surface of the motor end plate triggering muscle contraction with the release of calcium.
It acts as a transmission passageway for action potential between the end of a motor nerve and a muscle.