Answer:
The mouse
Explanation:
Primary Consumers - squirrel, grasshopper, rabbit, mouse
Secondary Consumers - frog, mouse, fox, snake, owl
I hope this helps you :)
Answer:
Mouse
Explanation:
A mouse is a predator and a prey.
Use the Pyruvate Concentration Table to answer the question.
The researcher adds a chemical to the cytosol at the one-hour mark. The full effect of the chemical can be observed at the two-hour mark. Which of the following hypotheses regarding the effect of the chemical is MOST reasonable?
A.
The chemical inhibits the carrier protein for pyruvate in the mitochondrial inner membrane.
B.
The chemical inhibits the carrier protein for glucose in the plasma membrane.
C.
The chemical inhibits the carrier protein for glucose in the mitochondrial inner membrane.
D.
The chemical inhibits the protein channels in the mitochondrial outer membrane.
Answer:
The Answer is A. the chemical inhibits the carrier potein for pyruvate in the mitochondrial inner membrane.
Explanation:
I just took the test so I know this is right
The statement regarding the effect of the chemical that is reasonable is that the chemical inhibits the carrier protein for pyruvate in the mitochondrial inner membrane. The correct option is A.
What is carrier protein?Carrier proteins bind the specific solute to be transported and then go through a series of conformational changes to move the bound solute across the membrane.
Carrier proteins bind specific solutes and transport them across the lipid bilayer by going through conformational changes that expose the solute-binding site on one side of the membrane and then the other.
Carrier proteins, like other membrane transport proteins, are found in lipid bilayer cell structures such as cell membranes, mitochondria, and chloroplasts.
A reasonable statement about the chemical's effect is that it inhibits the pyruvate carrier protein in the mitochondrial inner membrane.
Thus, the correct option is A.
For more details regarding carrier protein, visit:
https://brainly.com/question/14586397
#SPJ2
Compare the shape of a normal red blood cell to that of a red blood cell in
someone with sickle cell anemia.
A certain species of animal has six pairs of chromosomes. How many DNA molecules are present in the nuclei of these animals during G2 phase? View Available Hint(s)for Part B 6 12 48 24
Answer:
The answer is 24 DNA molecules.
Explanation:
A certain species of animal has six pairs of chromosomes. How many DNA molecules are present in the nuclei of these animals during G2 phase? 24. Each chromosome (12) is replicated, so there are 24 DNA molecules in the nucleus during G2 phase.
The picture below shows a large rock and a container of water. The rock and the water have the same mass and temperature.
What will MOST LIKELY happen when the rock and the water receive the same amount of heat energy?
The water will transfer heat to the rock.
The rock will transfer heat to the water.
The temperature of the rock will rise faster.
The temperature of the water will rise faster.
Answer: The temperature of the rock will rise faster.
Explanation:
Select all that apply.
An ecosystem could probably survive without _____.
carnivores
producers
Sun
water
herbivores
climate
soil
decomposers
PLEASE WRITE IN YOUR OWN WORDS THANK YOU.
1. Summarize the three parts of the cell theory.
2 .Name 3 structures that Eukaryotic and Prokaryotic cells have common.
3. Differentiate (give the differences) between prokaryotic cells and eukaryotic cells.
4. Give one example of a specialized animal cell. Explain one structural feature that help it to do it's special job.
5. Give one example of a specialized plant cell. Explain one structural feature that help it to do it's special job.
6. What are three factors that affect the rate of diffusion? explain the effect of each factor.
7. What is the difference between simple diffusion and facilitated diffusion?
8. Compare (give similarities and differences) between diffusion and osmosis.
9. Why are diffusion and osmosis are important for living organisms?
Answer/Explanation:
[1] The three parts of the cell theory is all organisms are made of cells. Cells are the smallest unit of life and new cells arise from existing cells.
[2] The three structure that Eukaryotic and Prokaryotic cells have common is plasma membrane, ribosomes, cytoplasm, and DNA.
[3] The difference between prokaryotic cells and eukaryotic cells is prokaryotic cells has no nucleus while, eukaryotic cells have a nucleus.
[4] One example of a specialized animal cell is Muscle Cell. Muscle cells bring parts of the body closer together. They contain protein fibres that can contract when energy is available, making the cells shorter.
[5] One example of a specialized plant cell is cell wall. Cell wall shapes, supports, and protects the cell. It prevents the cell from absorbing too much water and bursting.
[6] The three factors that affect the rate of diffusion is temperature, concentration gradient, size of the molecule.
The size of the molecule: The smaller the molecule such as gas, the faster the rate of diffusion while the larger the molecules (liquid) the slower the rate of diffusionConcentration gradient: Diffusion takes place as long as there is a difference between the concentration gradient of substances across a barrier. The more is the concentration difference, the higher is the driving force, the faster the rate of diffusion. When the concentrations of the substance on either side of the barrier become equal, the diffusion stops.Temperature:The higher the temperature is, the faster the speed of diffusion. Temperature increases the K.E. (kinetic energy) of a molecule and it helps to move the molecule faster and hence the speed of diffusion increases.[7] The difference between simple diffusion and facilitated diffusion is simple diffusion, the movement of particles occurs along the direction of the concentration gradient. While in facilitated diffusion, the movement of molecules can occur both in direction and opposite of the concentration gradient.
[8] The similarities between diffusion and osmosis is they both particles move from an area of higher concentration to one of lower concentration. The difference between diffusion and osmosis is diffusion can occur in any mixture, including one that includes a semipermeable membrane, while osmosis always occurs across a semipermeable membrane.
[9] Diffusion and osmosis are important for living organisms because diffusion and osmosis both even forces inside cells and organisms as a total, expand water, nutrients and necessary chemicals from areas that contain a high concentration to areas that contain a low concentration.
-------------------------------------------------------------------------------------------------------------
Which label on the diagram to the right indicates the site of blood filtration?
A
B
C
Looking at the image and the labelings critically, the site of blood filtration, otherwise known as the glomerulus, is labeled as A.
The glomerulusThe kidney functions primarily in the process of excreting substances such as urine and toxic drugs.
The excretory substances in the blood are filtered off in the glomerulus of the kidney.
The structure marked A represents the glomerulus. C is known as the Bowman's capsule.
Thus, blood filtration happens at A.
More on glomeruli can be found here: https://brainly.com/question/2917527
Answer:
A
Explanation:
edge 2022
List one advantage of using a food chain instead of a food web
Answer:
The food chain balances the ecosystem
Which term is defined as the physical features of the land?
cartography
topography
paleontology
geology
Answer:
It is cartography
Answer:
Geology
Explanation:
ge·ol·o·gy
/jēˈäləjē/
Learn to pronounce
noun
the science that deals with the earth's physical structure and substance, its history, and the processes that act on it.
the geological features of an area.
"the geology of the Outer Hebrides"
the geological features of a planetary body.
"the geology of the surface of Mars"
Which organelle uses nutrients like sugar and makes energy for the cell to live?
Answer:
Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?
Explanation:
Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses nutrients like sugar and makes energy for the cell to live?Which organelle uses ne sugar and makes energy for the cell to live?Which organelle uses nutrients l
C6H12O6 + 602 = 6CO2 +___
+ Energy
What goes in the missing blank?
1.602
2.6H2O
3.6CO2
4.C6H12O2
5.Energy
Photosynthesis provides the ingredients for cellular respiration and vice versa.
true or false?
Answer:
true
Explanation:
I had the same question
Can ATP be produced in the absence of oxygen
Answer I believe it is yes, not 100% Sure though.
Explanation:
In the absence of oxygen, the net yield of ATP produced is 2 per glucose molecule. ATP is formed in the presence of oxygen in the process known as aerobic cellular respiration. This process occurs within mitochondria of eukaryotic cells.
The overall charge of an atom is electrically neutral even though it contains Particles.
PLEASE HELP
Answer:
The positive charges equal the negative charges, so the atom has no overall charge; it is electrically neutral. Most of an atom's mass is in its nucleus; the mass of an electron is only 1/1836 the mass of the lightest nucleus, that of hydrogen.
Explanation:
this is an evolutionary ( also known as phylogenetic) tree. what is the purpose of a phylogenetic tree?
A. mapping the evolutionary progress of
organisms and where they branch to form new organisms
B. tracking every species that has ever lived
on earth
C. marking where each species lives on earth
Answer:
A
Explanation:
It visually demonstrates organisms evolutionary path
write 4 difference between pollination and fertilization
Fertilization is the joining of an egge cell and a sperm cell, While in pollination you transfer of pollen to a stigma and makes fertlization. Fertilization would be the reaction and pollination is the what yo do when you do it. In fertilization it can be about whatever organism and pollination is about a flower or plant.
Explanation:
i dont know all but i can tell you some, i hope i helped a little
Describe the major differences between the ecological niches of humans and cockroaches. Are these two species in competition? If so, how do they manage to
coexist?
The major differences between the ecological niches of humans and cockroaches depend on the functional role they play, the space they live, and the group (trophic level) they belong.
What is an Ecological niche?An ecological niche can be regarded as an area or set of environmental factors or the surroundings of an individual where they perform their functional role.
Humans being omnivores have a generalized niche where they particularly have many options to play a functional role (feeding habit).
Cockroaches play the role of decomposers which is also an important part of any ecosystem. Living organisms are interdependent, so they need each other in order to survive. Therefore, it is wrong to say that humans and cockroaches are in competition. Cockroaches unlike humans live in really dirty and dark places because in such conditions they easily find food. While humans take a rest in dark (night) and search for their food in the daytime.
Humans take fresh and cooked food, while cockroaches shred dead and decaying organic matter into smaller pieces so that it would be eaten by recycling bacteria.
Therefore, these two different species are not in direct competition and survive without affecting each other's ecological niche.
To learn more about the Ecological niche, refer to the link:
https://brainly.com/question/7413811
What are the main components needed to insure ecosystem stability?
a.
estuary, savanna, and tundra
b.
primary and secondary succession
c.
food, water, shelter and biodiversity
d.
moderate climate, sufficient space, and adequate sunli
Answer:
C.
Explanation:
The main components needed to insure ecosystem stability.
Why are the nuclear reactions that occur in the center of the Sun critical to life on Earth?
a- life on earth depends on the energy and hydrogen released by the sun's nuclear reaction
b- life on earth depends on the heat and carbon released by the sun's nuclear reactions.
c- life on earth depends on the heat and electromagnetic radiation released by the sun's nuclear reactions.
d- life on earth depends on the energy and oxygen released by the sun's nuclear reactions.
Answer:
c
Explanation:
the earth needs the suns energy and heat
The reason why the nuclear reactions that occur in the center of the Sun are critical to life on Earth is: C. life on earth depends on the heat and electromagnetic radiation released by the sun's nuclear reactions.
A nuclear reaction can be defined as a type of chemical reaction in which the nucleus of an atom is transformed by either being joined (fusion) or split (fission) with the nucleus of another radioactive element's atom.
This ultimately implies that, a nuclear reaction is always accompanied with the release of energy.
On a related note, the Sun is typically characterized by nuclear reactions taking place at its center, which result in the release of radiant (heat) energy and electromagnetic radiation into the solar system.
Basically, this radiant (heat) energy and electromagnetic radiation are essential and very important to life because they are applicable and beneficial to humankind in several areas.
For example, radiant (heat) energy from the Sun in the morning, is a good source of vitamin.
Read more: https://brainly.com/question/1251115
Nucleic acids exhibit specific nitrogenous base pairing within their structures. All of the following base pairings are found in deoxyribonucleic acid EXCEPT: a. cytosine and guanine b. adenine and uracil c. adenine and thymine d. neither A nor B are found
A balloon’s initial temperature is 45.0°c. The balloon’s final volume is 4.0-L with a temperature of 30.0°c. What is the initial volume of the balloon?
Answer:
45+273=318
30+273=303
X/318=4/303
303x=1272/303
X =4.2 L
Explanation:
Which of the following is the correct Lewis structure diagram for Sodium (Na)? The letters Na with one dot The letters Na with two dots The letters Na with three dots The letters Na with four dots
Answer:
One
Explanation:
Sodium (Na) has one valence electron so it gets one dot.
what is the difference about the touch receptors found in the lips in comparison to the receptors found on the knuckles?
A: there are more touch receptor fields in the lips
B: There are bigger touch receptor fields in the lips.
Answer: B is ur answer
Explanation:
What are the roles of the DNA, RNA Polymerase, mRNA, tRNA and ribosome in protein synthesis
Answer:
mRNA molecules carry the coding sequences for protein synthesis and are called transcripts. rRNA molecules form the core of a cell's ribosomes, the structures in which protein synthesis takes place. tRNA molecules carry amino acids to the ribosomes during protein synthesis. In eukaryotic cells, each class of RNA has its own polymerase, whereas in prokaryotic cells, a single RNA polymerase synthesizes the different class of RNA. Other types of RNA also exist but are not as well understood, although they appear to play regulatory roles in gene expression and also be involved in protection against invading viruses.
Explanation:
Cilia and flagella are specialized structures attached to the cell membrane on some cells. The cilia look like little hairs while flagella are larger and whip-like. What is main the purpose of both the cilia and the flagella in cells
A. They move the cell from place to place in the environment.
* B.
They are defensive structures to protect the cell form predators.
* C.
They cause similar cells to link together to form larger organisms.
* D.
They help the cell membrane absorb nutrients from the environment.
Answer:
A
Explanation:
Both cilia and flagella are important locomotory organs. These organelles are specialized to cause the movement of the cell from one place to another in the environment. Thus, the correct option is A.
What are locomotory organs?Locomotion is the directional movement of cells that enables something to move from one place to another place. The word locomotion is derived from the Latin words loco which means place and motio means to move.
The anatomical structures which animals posses for the movement, includes cilia, legs, wings, flagella, or tails, these are referred to as the locomotory organs. These are present on the body of animals to defend themselves in extreme conditions, in capturing the food or prey. The cilia are hair-like organs which are present all over the surface of a cell where flagella is a large whip-like structure which are present single or in pair in a cell.
Therefore, the correct option is A.
Learn more about Locomotion here:
https://brainly.com/question/13343069
#SPJ2
Most scientists accept the hypothesis that the earliest life-forms in Earth evolved in an environment quite different from our own. Sort these characteristics bass on whether they describe early Earth or modern Earth.
-significant amounts of oxygen in the atmosphere
-most of the planet covered in liquid water
-carbon dioxide levels balance by processes of living organisms
-significant amounts of volatile gases in the atmosphere
-most of the planets water in gaseous form
-large amounts of carbon dioxide in the atmosphere
Answer:
i am a very good kid its my job to be if not i will get in trouble
Name
Name the 3 most important cell parts?
Find the mass of an object that has a density of 1.5 cm3 and has a volume of 8 cm3
ATP is formed from the breakdown of glucose in____(1)_____while glucose is formed form solar energy in ___(2)____.
Answer:
i belive its the first one, if not let me know
Explanation:
Why does the Earth experience two high and two low tides each day?
Answer:
When the moon pulls on one side of Earth, the other side experiences high tide as well.
Explanation:
During the day, the moon revolves around Earth and when it does, it pulls on the oceans, causing high tide number one. But, when the moon pulls on one side of the Earth, the other side also bulges out, causing high tide number two. Think of this as a squishy ball. When you hold it with your index finger on the top and your thumb on the bottom and squeeze it, both sides of the ball bulge out. This is what happens to the Earth under the moon's gravitational pull.