Answer:
Photosynthesis
Explanation:
carbon dioxide +water ----> glucose + oxygen
Light and chlorophyll are needed for this to be done...
This is the word equation for photosynthesis
Someone please tell me if they're right...
Answer: it looks right
Explanation:
The Canada lynx is a rare wildcat in Minnesota. The lynx has large "snowshoe' like feet that enables it to walk on top of deep, soft,
snows. Snowshoe hares are also common in the area. According to the graph of the interactions between the lynx and the hare, what
best describes their ecological relationship?
A)
Mutualism
B)
Predator/prey
C)Parasite/Host
D)
Interspecific competition
Answer: B) Predator/prey
=========================================================
Explanation:
The lynx is the predator that hunts and eats the snowshoe hare, which is the prey.
The graph shows that when the hare population is large, so is the predator population because they rely on the hares as a source of food. However, the more predators there are, the less prey there will be. This causes the prey population to decrease. In turn, this decrease causes the predator population to decrease as well. If there's less food, then some of the lynx population will starve to death.
At some point, the hare population will rebound and go back up due to less predators eating them. They have a better chance to survive. As the hare population goes up, so does the lynx population. They're both strongly linked together, and we have this cyclic pattern the graph indicates. You could say this is "the cycle of life" or "cycle of nature" so to speak.
This is a very simplistic viewpoint because it does not account for other factors such as other predators and other prey, and it also doesn't take account of things like habitat loss for instance. Despite that, such predator-prey models are still useful to understand the connection between the two species.
Answer:
B) Predatory/Prey
Explanation:
Did it on USATESTPREP
what is the steps of photosynthesis
Answer:
(1) absorption of light, (2) electron transport leading to the reduction of NADP+ to NADPH, (3) generation of ATP, and (4) conversion of CO2 into carbohydrates (carbon fixation).
Explanation:
How are meiosis and
mitosis different?
Explanation:
Well it's where it happens and the kind of cell, meiosis happens in the ovaries and it produces four haploid gamete cells that are unique. And mitosis produces 2 diploid somatic cells that are identical
Which two ecosystems are terrestrial?
O A. ponds and lakes
O
B. forests and estuaries
o C. oceans and grasslands
OD. forests and grasslands
for addition and subtraction properties 1.b -7 > - 9
1010010101010101010010100101010101010101010101001010101001010
Question 28 (ID=3295869)
This pedigree shows the blood types of the parents and grandparents in a family. What are the possible genotypes of individual 7?
B
와
ST
2
2
4
A
B
6
5
8
OA
141B and i only
ОВ:
18, ii and I
Ос
ii, 1A, 1418 and 18
OD
Only 1418
OE
IA and 18 only
Answer:
its d
Explanation:
i took it already
Which of the following is consumed by the photosynthesis reaction occurring in plants?
A.
glucose
B.
oxygen
C.
carbon dioxide
D.
nitrogen
Even in low doses, exposure to pesticide chemicals has not been linked to certain cancers, developmental health problems, and birth defects.
True
False
Answer: FALSE!!
Explanation: I did the quiz on edge and it was false! Hope this helps
What is the “new” base found in RNA?
Answer:
RNA is a polymer with a ribose and phosphate backbone and four different bases: adenine, guanine, cytosine, and uracil. The first three are the same as those found in DNA, but in RNA thymine is replaced by uracil as the base complementary to adenine.
Explanation:
the OECS was established on ?
Answer:
It was established on June 18 of 1981.
ASAP Hurry Help !! Cold temperatures preserve food better than warm ones
O True
O False
Answer:
true
Explanation:
frozen food will not perish
which of the follow is a limited resource
A. fertile soil
Which of the following correctly describes the functions of the rough endoplasmic reticulum (RER) and Golgi apparatus, respectively?
Answer:
D
Explanation:
The rough endoplasmic reticulum produces proteins and the Golgi apparatus packages and transports the proteins.
The functions of the rough endoplasmic reticulum (RER) and Golgi apparatus is to process the protein, synthesis of protein for cell secretion. Thus option D is correct.
what is the function of Golgi apparatus ?The Golgi apparatus is present in eukaryotic cells have the structure of stacks of membranous sacs; The Golgi apparatus modifies, sort and transport the proteins for the secretion.
These are membrane-bound organelle present in the cytosol of eukaryotic cell.
It involves modification of the proteins, sorting and packaging them, and it mainly comes from the endoplasmic reticulum. The folds like cisternae of the Golgi involved in the transport of molecules and producing lysosomes.
It packages the proteins into membrane-bound vesicles transported to various organelles like lysosomes, plasma membrane or secretion; it also take part in the transport of lipids and the formation of lysosomes, it also serves as the site of synthesis of various glycolipids, sphingomyelin, etc.
Thus option D is correct.
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Protein are digested and transported by fellow proteins. Give vivid example to support the statement
Answer:
Proteins are digested in the body when ingested food from a protein source, is broken down in the stomach by enzymes like Chymotrypsin, trypsin which are both proteins, their common goal is to convert protein into a more simple form or simplest form ( Amino acids). This enzyme (Chymotrypsin and trypsin) are Proteins and they act as biological catalysts that are responsible for breaking proteins down.
An example of how Proteins are transported by fellow proteins is the case of Ferritin. Ferritin is an essential protein in the cell of the body that regulates the amount of iron available to the body. This is important for the hemoglobin in red blood cells.
Please answer ASAP!!
Which term refers to a fertilized egg after the cells have begun to differentiate?
A. Blastocyst
B. Fetus
C. Embryo
D. Zygote
Answer:
D
Explanation:
Blastocyst refers to a fertilized egg after the cells have begun to differentiate. So, the correct option is A.
What is Blastocyst?A ball of cells known as a blastocyst develops in the first five to six days of pregnancy, shortly after a sperm fertilizes an egg. It embeds itself in the uterine wall, developing into an embryo and subsequently a fetes.
A healthily developed embryo will include six to ten cells three days following fertilizations. The fertilized egg develops into a blastocyst, a rapidly growing ball of cells, on the fifth or sixth day. The innermost collection of cells will develop into the embryo. The outer group will develop into the cells that support and safeguard it.
Within the first two weeks following conception, a developing, fertilized egg is known by a variety of names, include zygote, morula (day 4), or blastocyst (day 5). About 10 weeks after the previous menstrual cycle, or 8 weeks after conception, the embryonic period begins.
Therefore, the correct option is A.
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The 3 basic things needs of all living things
Answer:
food water and shelter I'm not sure but I think so
Answer:
air water and food
If the eyepiece has an inscription of 12.5x. What is the total magnification of the microscope when she observed it under low power objective?
Answer: 10X
Explanation:
To figure the total magnification of an image that you are viewing through the microscope is really quite simple. To get the total magnification take the power of the objective (4X, 10X, 40x) and multiply by the power of the eyepiece, usually 10X.
If the eyepiece has an inscription of 12.5x, then total magnification under low power could be 125x as the magnification under objective lens could be 10x.
What is the magnification of a microscope?
A simple microscope or magnifying glass can produce an image of the object. The object is focused upon by the microscope or the magnifying glass. There are simple magnifier lenses that are bi-convex, which means that they are thick at the center compared to at the periphery.
The intermediate plane of the image is normally located about 10 millimeters below the top of the body tube of the microscope. It is at a specific location. This location is within the fixed internal diaphragm of the eyepiece.
Between the back focal plane of the objective and the intermediate image, there is a distance which is termed the optical tube length. The value is different from the mechanical tube length of a microscope. It is the distance between the nosepiece, where the objective lens is attached, and the top portion of the observation tubes. Here the eyepiece lens is inserted.
Therefore, if the eyepiece has an inscription of 12.5x, then total magnification under low power could be 125x as the magnification under objective lens could be 10x.
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Learning Task 2:
Www
Answer the given questions in your notebook
1. Why do we need to know the Hombostel-Sachs of an instrument?
2. Which musical instruments do you like most? Why?
Pls help me to answer this o want a descents answers
Answer:
A musical instruments I like most is described below in detail.
Explanation:
#1 – Piano. It may amaze yourself to recognize that 22 million Americans perform the piano! ...
#2 – Guitar. The guitar arrives in at a nearby second because of its own versatility, price, and the evidence that it can be supplemented or performed solo. ...
#3 – Saxophone.
#4 – Drums. ...
#5 – Violin. ...
#6 – Flute. Clarinet...
#7 – Cello. ...
#8 – Flute.
Why did biologists think that reintroducing wolves would be a good idea
Answer: biologists thought that reintroducing wolves would be a good idea because the elk were eatingboth bark and young trees and because coyotes were thriving. Reintroducing wolves meant it could control the population of both of these animals.
Explanation:
What is a stinging cell that is a distinguishing feature of all cnidarians
Corals, sea anemones, jellyfish, and their cousins make up this phylum. Cnidocytes, specialized stinging cells that line the tentacles of Cnidaria, are used to capture prey.
What cnidarians having characteristics of stinging cell?Cnidarians have specialized cells called cnidocytes, sometimes known as “stinging cells,” which contain nematocysts.
These cells, which are concentrated on the animal's mouth and tentacles, have the ability to use toxins to paralyze prey. The coiled threads in nematocysts may be studded with barbs.
Nematocysts are unique cellular weapons employed for both predation and defense found in jellyfish, sea anemones, and other cnidarians.
Therefore, Nematocysts are made up of a pressurized capsule with a coiling thread like a harpoon inside.
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Measuring Cellular Respiration
A student wanted to compare germinating pea seeds (growing) and nongerminating pea seeds
(not growing). She wanted to test two variables: germinating vs nongerminating peas at two
different temperatures: 10° C and 25° C.
The student proceeded to set up two electronic water baths: a warm water bath (25° C) and a
cold water bath (10°C). She also set up four respirometers: two containing germinating peas
and two containing non-germinating peas. Where would she need to place the respirometers in
terms of water baths to ensure that she was setting up a controlled experiment?
Statesi
Answer:
Follows are the solution the given choices:
Explanation:
The four approaches represent are arranged as follows:
Two approaches represent must be positioned in the [tex]10^0 \ C[/tex] water bath. Another respirometer to pea seeds so one respirometer to pea seeds without germinating.
She must put 2 breath meters at the [tex]25^0 \ C[/tex] water bath. Yet another respirometer to pea seeds or one respirometer to pea seeds without germinating.
The regulation would be carried out after germinating as well as nongerminating pea seed to bathometer in [tex]10^0 \ C[/tex] water bath.
Read the comments about translation from the two students below.
Student A: "The purpose of translation is to convert the sequence of bases of mRNA into a polypeptide chain of amino acids to form proteins."
Student B: "The purpose of translation is to make a duplicate copy of DNA."
Which statement about the students’ comments is correct?
Student A is incorrect, because the purpose of translation is to convert DNA to RNA.
Student B is incorrect, because replication is the process that makes a duplicate copy of DNA.
Student A is correct, because translation occurs in the nucleus.
Student B is correct, because the DNA must be copied before mitosis.
The study of genes and inheritance is called genetics.
The correct answer is option B.
The translation is defined as the process in which mRNA is read by the ribosome and gets the amino acid to form the polypeptide and protein. Student two claimed is the process replication.
Replication is defined as the process of formation of new DNA from the old DNA.
According to the student, student 1 is correct.
Hence, option 2 is correct.
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Is reproduction an essential life process ?
what is raidiation pls qwuik need help
Answer:
Radiation is energy that comes from a source and travels through space at the speed of light. This energy has an electric field and a magnetic field associated with it, and has wave-like properties
Explanation:
What is homolog?
PLEASE ANSWER
Explanation:
A gene similar in structure and evolutionary origin to a gene in another species. if it's wrong let me know so I'll look into more detail.
Please help quickly I’ll give brainist!
Answer:
It may be 2 and 3 only but this is not my strong suit so I dont know
Explanation:
3. List one advantage and disadvantage of a monocot root system.
Which image correctly shows how light
would interact with the t-shirt and
shorts?
Answer:
Your answer is C).
7) Which star on the H-R diagram has a low surface temperature and the highest absolute brightness?
Explain how you arrived at that answer.
HURRY PLZZZ
The Hertzsprung-Russell diagram (commonly abbreviated as the H-R diagram) is a scatter plot of stars indicating the relationship between the absolute magnitudes or luminosities of the stars compared to their spectral ratings or effective temperatures. More simply, each star is plotted on the graph to measure its brightness compared to its temperature (color).
Hertzsprung-Russell diagram.
The diagram was created around 1910 by Ejnar Hertzsprung and Henry Norris Russell and represents an important step toward understanding stellar evolution or "the way stars go through sequences of radical and dynamic change over time."
It was made in 1905 by the astronomer Ejnar Hertzsprung and, independently, in 1913 by Henry Norris Russell. The Hertzsprung diagram showed the luminosity of stars as a function of their color, while the initial Russell diagram showed the luminosity as a function of spectral type. Both diagrams are equivalent.