What are chemical messengers that can travel through the bloodstream and tell cells in the body what to do.
What are four conditions required for fossilization of an organism? Write each condition in the left
Four conditions for fossilization:
Only dead organism or plant
The dead to be buried quickly
Prevention of decaying and decomposition of the dead
Dead to be buried in environment where carbonates precipitate at large
Explanation:
The plants or animals preserved in sedimentation rock are said to fossilized and the process is called fossilization.
Conditions for fossilization are:
1) Only dead organism or plant: Only dead animal or organism are considered for fossilization.
2) The dead to be buried quickly: To preserve the organism a death by natural calamity is best.
3) Prevention of decaying and decomposition of the dead: The animal needs to be kept in anaerobic conditions and ensured that bacteria do not throng and start the decaying process.
4) Dead to be buried in environment where carbonates precipitate at large:
The soil should be rich in mineral rich water in which carbonates are in excess. The carbonates will get deposited on the degrading tissues and the tissue attain the shape of rock formed by carbonates.
Answer:
Four conditions for fossilization:
Only dead organism or plant
The dead to be buried quickly
Prevention of decaying and decomposition of the dead
Dead to be buried in environment where carbonates precipitate at large
Explanation:
The plants or animals preserved in sedimentation rock are said to fossilized and the process is called fossilization.
Conditions for fossilization are:
1) Only dead organism or plant: Only dead animal or organism are considered for fossilization.
2) The dead to be buried quickly: To preserve the organism a death by natural calamity is best.
3) Prevention of decaying and decomposition of the dead: The animal needs to be kept in anaerobic conditions and ensured that bacteria do not throng and start the decaying process.
4) Dead to be buried in environment where carbonates precipitate at large:
The soil should be rich in mineral rich water in which carbonates are in excess. The carbonates will get deposited on the degrading tissues and the tissue attain the shape of rock formed by carbonates.
Explanation: person above me is right
How is energy related to the change of state represented
by the model?
Atoms gain energy as a gas changes to a solid.
Atoms gain energy as a gas changes to a liquid.
Atoms lose energy as a gas changes to a solid
Atoms lose energy as a gas changes to a liquid.
O
Answer:
Due to the acquisition and loss of atomic energy
Explanation:
Which do you think has a stronger influence on a plant - gravity or light?
How could you design a new experiment to test this?
Influence of plant under gravity or light is described below.
Explanation:
Plants' growth response to gravity is known as gravitropism; the growth response to light is phototropism. ... As a result, root cells on the upper side of the root grow longer, turning the roots downward into soil and away from the light. Roots also will change direction when they encounter a dense object, such as a rock.Geotropism (also called gravitropism) is the directional growth of an organism in response to gravity. Roots display positive geotropism when they grow downward, while shoots display negative geotropism when they grow upward. ... These cells contain small bodies that sink to the bottom of the cells in response to gravity.Tropisms are growth-mediated plant movements that help plants to respond to changes in environmental stimuli. ... The plant response to gravity (gravitropism) and the response to unidirectional light (phototropism) have long been shown to be interconnected growth phenomena.Final answer:
An experiment to discern whether gravity or light has a stronger influence on plants could involve observing plant growth under varying conditions of light and simulated gravity, employing methods such as clinostats for gravity and directional light sources.
Explanation:
The question about whether gravity or light has a stronger influence on a plant is rooted in the field of Biology. The phenomena of gravitropism and the effects of red and blue light on plant growth and metabolic activities are pivotal to understanding these influences. Gravitropism is the growth response of a plant in relation to the force of gravity, with roots showing positive gravitropism by growing downwards and shoots showing negative gravitropism by growing upwards.
Designing an Experiment:
To test the stronger influence between gravity and light on a plant, you could design an experiment where plants are grown in two sets of conditions - one where light direction varies and gravity is constant, and another where gravity varies and light direction is constant. This could involve using a controlled environment with artificial light and a rotating space to simulate changes in gravity. Observing growth patterns, direction, and general health of the plants in these varied conditions would offer insights into which factor has a stronger influence.
For instance, by rotating plants on a clinostat to simulate microgravity and using directional light sources, we can observe differences in growth direction and vigor as each variable changes. This comparative study would contribute valuable insights into plant responses.
Which best defines matter?
O
A. All the living things on the planet
O
B. All solid objects that can be seen
O
C. Anything in the atmosphere
O
D. Anything that takes up space and has mass
SUBMIT
PREVIOUS
1. What's the primary way that fungi spread and reproduce on Earth?
2. What's the role of mycorrhizae in plants? What kind of relationship is this?
3. What are the three main substances that fungi are able to turn into usable forms for other organisms?
4. What's one way that fungi help to maintain homeostasis in ecosystems?
5. Why is it helpful that fungi attack and kill other parasitic organisms?
Answer:
1. The primary way that fungi reproduce and spread their species on Earth is through spores. These spores are carried by the wind or by other organisms.
2. The role of mycorrhizae in plants is that they live in the roots of plants and turn unusable matter into minerals and water for the plants. The plants also provide energy and a place for the mycorrhiza to live.
3. The three main substances that fungi convert into usable forms for other organisms are phosphorus, nitrogen, and carbon.
4. Fungi break down organic matter and convert it into usable nutrients.
5. It's helpful that fungi attack and kill other organisms that are parasitic because these parasitic organisms can wreak havoc on the ecosystem. The fungi help to protect other species and populations by controlling and curbing the growth of the parasitic organism.
Explanation:
Penn Foster
How does an environmental factor such as overfishing affect genetic factors in a population? (2 points)
Group of answer choices
Overfishing will lead to increased genetic variation.
Environmental factors do not affect genetic factors.
Genetic traits that help fish survive are more likely to be seen in future generations.
Genetic traits that are targeted by the fishing industry are more likely to be seen in future generations.
Global warming takes place when the amount of carbon dioxide in the air _________
A. increases
B. decreases
C. stays the same
Answer:
A
Explanation:
Answer: Global warming takes place when the amount of carbon dioxide in the air increases.
I hope that this helps you !
A cell contains....
A) bacteria and other small organisms.
B) smaller structures that helps it do its job.
C) only empty space.
D) a gel-like liquid with no structures.
Answer:
B
Explanation:
A is just false- there is no bacteria or other organisms inside cells.
C is incorrect because cells have lots of different things inside them
D is only referring to the cytoplasm in cells.
Euglena is a plant because it is eukaryotic, has a nucleus, makes its own food, and is unicellular.
Answer:
No, it is a protists.
Explanation:
Protists are those organisms which belongs to kingdom protista. These organisms madeup of one cell, having true nucleus and presence of different organelles such as mitochondria, ribosome, lysosomes, endoplasmic reticulum and golgi bodies etc. Euglena is a plant like protist which has the ability to make their own food like plants due to the presence of chlorophyll.
Answer:
Euglena belongs to kingdom protista
Explanation:
Euglena contains both plant like(presence of chlorophyll) and animal like(heterotrophic mode of nutrition in darkness and lack of cell wall) characteristics.To accommodate such organisms Ernst Hackel proposed the kingdom protista
The Arctic cod is a small forage fish that is a very important part of the food web. It eats mostly zooplankton and lives water between -2 and 0°C due to a type of antifreeze in its blood. How does a warming climate and seas waters as well as ice melt impact the Arctic cod and the other organisms in the food web?
A) As the water temperatures warm, the plankton increases, the cod increases and all of the higher level consumers also increase.
B) As ice melts and temperatures increase, the polar bears decline so all other animal populations, including the Arctic cod, increase.
C) The Arctic cod lives in a very small temperature range. If it begins to die out, the food source for the next level of consumers will be reduced.
D) The Arctic cod will eventually adapt to the changing water temperatures. Since there is plenty of food for the cod, its population should remain stable.
Answer:
The answer should be C.
HELP!!!
An incident in Donora, Pennsylvania, led to which action?
banning the burning of coal
enacting air pollution laws
banning the use of CFCs
conducting cost-benefit analyses
Final answer:
The incident in Donora, Pennsylvania led to the enacting of air pollution laws, including the passage of the Clean Air Act in 1954. This event significantly influenced environmental regulations, setting emission limits and advancing command-and-control policies to reduce industrial pollution.
Explanation:
The incident in Donora, Pennsylvania had a profound impact on environmental regulation in the United States. In 1948, Donora was the site of one of the worst air pollution disasters in the nation's history, when a combination of a temperature inversion, local industrial pollution, and the burning of soft coal resulted in a thick smog that persisted for five days. As a result of the Donora Smog, which caused severe health issues and deaths among the local population, enacting air pollution laws became a priority.
A significant outcome of this event was the passage of the first Clean Air Act in 1954, a key piece of legislation that was further strengthened in subsequent years. This act led to regulations that directed industries to reduce emissions, and it pioneered the approach of setting limits on pollutants, leading to the improvement of air quality and the reduction of negative health effects.
These air pollution laws are a form of 'command-and-control regulation', wherein governments specify allowable limits of emissions and require the installation of pollution-control technologies in factories, power plants, and on vehicle tailpipes. By enforcing these regulations, firms have to account for the social costs of pollution, representing a move towards the internalization of environmental externalities into the production process.
why does east appear on the left and west appear on the right on the right on the sky map ?
Answer:
because you are facing north
if you were facing south it would be flipped
NESW
Never Eat Soggy Waffles
N
W E
S
Explanation:
brainliest?
Answer:
because it the compass
Explanation:
How can DNA be used to help solve a crime?
Answer: DNA can be used to help solve a crime by identify who was present at the scene of the crime, DNA could possibly lead to the direct suspect.
By: Fingerprints, strands of hair, saliva, etc.
DNA can be used to identify an individual in a crime scene as double helix molecule composed of two long chains of nucleotides. The linear order of these nucleotides in DNA is highly specific and therefore it can be used to compare a sample found in a crime scene in order to identify a suspect.
What is a DNA?DNA, or deoxyribonucleic acid, is the hereditary material in humans and almost all other organisms. Nearly every cell in a person’s body has the same DNA. Deoxyribonucleic acid is a polymer composed of two polynucleotide chains that coil around each other to form a double helix carrying genetic instructions for the development, functioning, growth and reproduction of all known organisms and many viruses.
To learn more about DNA, refer here :
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10 point
Check all the boxes that accurately describe importances of
phosphorous and the phosphorus cycle *
Phosphorous is a component of Dna and Rna
N
Phosphorous pakes up all organic compounds
Phosphorous is a significant component in the make up of the phospholipid bilayer
Phosphorous is a key nutrient to increase crop yields
0
Phosphorous is a component in bones
Answer:
Phosphorus is a significant components in the makeup of lipid bilayer.
Phosphorus is a component of
bones.
Phosphorus is a key nutrient to increase crop yield.
Explanation:
Phosphorus is an element that exist in two forms as either red phosphorus or white phosphorus. It is not found on Earth because it is very reactive. Phosphorus. It is the second most plentiful mineral in the body and it makes up to 1% weight of the food. It is found in food such as meat. It is a major component of lipid bilayer. It is a component of bones and teeth. It play important roles in photosynthesis by capturing and converting sun light energy into useful compounds. It is important to increase plants yield.
Phosphorus cycle is the movement of phosphorus from the atmosphere to the Earth and back to the atmosphere.
What a makes butterfly so special?
Now write down four more questions about bulldogs that will help you strengthen your arguments in your research paper.
Answer:
how much can they weigh?
what does their bark sound like?
how thick is their fur?
how long do they live?
Explanation:
To strengthen a research paper on bulldogs, consider exploring questions about the breed's differentiation from other breeds, common health concerns, temperament, and historical background.
Explanation:
To strengthen your arguments in your research paper about bulldogs, you could consider asking the following additional questions:
What differentiates the bulldog breed from other dog breeds?What are the specific health concerns commonly associated with bulldogs?How does the bulldog's temperament affect its suitability as a pet?What is the history of the bulldog breed and its role in various cultures?Each of these questions will help you delve deeper into understanding bulldogs from different angles such as breed characteristics, health factors, behavioral traits, and historical background.
Learn more about Bulldogs here:https://brainly.com/question/33704885
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Which shows the pathway of structures that sperm pass through or by to exit the body?
A. testes - urethra - glands – sperm duct - penis
B. penis - urethra - glands – sperm duct – testes
C. testes – sperm duct – glands – urethra – penis
D. sperm duct - glands - urethra - testes - penis
testes → sperm duct → glands → urethra → penis
You're welcome. Have a great day!
:)
Answer:
C
Explanation:
Why would it be important to know the possible genotypic and phenotypic ratios of different genetic crosses?
WILL GIVE BRAINLIEST AND POINTZ
Which of these is a function of the blood?
A.) carry oxygen to cells
b.) carry wastes to be removed
c.)both are functions of the blood
Answer:
C
Explanation:
Blood is needed to keep us alive. It brings oxygen and nutrients to all the parts of the body so they can keep working. Blood carries carbon dioxide and other waste materials to the lungs, kidneys, and digestive system to be removed from the body. Blood also fights infections, and carries hormones around the body.
Answer:
C
Explanation:
usually it is carrying the oxygen to to other parts of the body hence why the blood is red, our blood is blue till it meets oxygen, and occasionally it is carrying the bad waste in the body to get out so i believe that it is C
Explain how the structure of the cell membrane is related to its function.
Answer:
The cell membrane is selectively permeable to ions and organic molecules and controls the movement of substances in and out of cells. The basic function of the cell membrane is to protect the cell from its surroundings. It consists of the lipid bilayer with embedded proteins
Explanation:
Answer:
The cell membrane is selectively permeable to ions and organic molecules and controls the movement of substances in and out of cells. The basic function of the cell membrane is to protect the cell from its surroundings. It consists of the lipid bilayer with embedded proteins.
Explanation:
Also if this answer helps you can I please get brainilist
4. Based on the data you found, about how many of the 100 aliens would become thin if the temperature were 35 C
Answer: D
Explanation: More than 90
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ANSWER IF YOU SMART!!!
1.The weather we experience occurs in what part of the atmosphere?
exosphere
stratosphere
life sphere
troposphere
2.Differential heating causes global air circulation that creates permanent winds and ocean currents on a global scale.
True
False
3. If you place a bottle in warm water, the air pressure will increase as the molecules heat up. If the bottle is capped, the air pressure will increase because the air has nowhere to go. But, if you take off the cap, the air spreads out and the density decreases. If you replace the bottle cap with a balloon, you can see how the air pushes its way into the balloon.
What causes the balloon to inflate?
the ballon will inflate by itself over time
the humdity from the water caused the ballon to expand.
the heating caused the air in the bottle to expand
4.Changes in _______ cause air to move.
density
oxygen content
height
biological molecules
5. The energy from the Sun heats different areas of the globe at different rates. What is this phenomenon called??
differential heating
space heating
convection heating
thermal blanketing
6. Earth's incoming solar energy is not balanced by the radiation that it reflects or reradiates.
True
False
7.Short-wave solar radiation gets absorbed by the earth's surface and is reflected back to space as infrared radiation. What happens to the infrared radiation?
Hint: the greenhouse effect
A.It is absorbed by carbon dioxide and water in the atmosphere.
B.Nothing, it just sits there.
C.there is no such thing as infrared radiation because you can see it.
D.ultraviolet radiation is absorbed
Answer:
1. Troposphere.
Explanation:
describe how an organisms niche is different than its habitat
Answer:
A habitat can be defined as an area, where different species lives and interact with the other factors, while niche is an ideology, of how an organism's lives and survive in the provided environmental conditions. Habitat consists of numerous niches; Niche does not contain any such components.
Explanation:
Place the events of protein synthesis in the correct order.
The sequential events of protein synthesis include gene location, DNA unwinding, RNA synthesis, mRNA exit from the nucleus, tRNA initiation, codon-by-codon protein construction, protein folding, and final release into the cytoplasm for functional activity.
The process of protein synthesis involves several intricate steps, each crucial for the accurate construction of a functional protein. Here is the chronological order of these events:
Gene to be Decoded Located by Enzymes:
The initial step involves locating the gene to be decoded. Enzymes play a key role in identifying and preparing the gene for transcription.
RNA Polymerase Unzips and Unwinds DNA:
Once the gene is identified, RNA polymerase initiates the process by unzipping and unwinding the DNA double helix. This allows for the synthesis of a complementary RNA strand based on the exposed DNA template.
RNA is Made by Base Matching:
RNA is synthesized by complementary base pairing. Adenine (A) pairs with uracil (U), thymine (T) pairs with adenine (A), cytosine (C) pairs with guanine (G), and guanine (G) pairs with cytosine (C).
RNA Exits the Nucleus and Binds to Ribosome:
The newly synthesized RNA, known as messenger RNA (mRNA), exits the nucleus and travels to the cytoplasm, where it binds to a ribosome, the cellular machinery responsible for protein synthesis.
tRNA Brings in the First Codon:
Transfer RNA (tRNA) molecules carry amino acids to the ribosome, and the tRNA with the anticodon complementary to the mRNA's start codon initiates the process.
Protein is Built Codon by Codon:
The ribosome reads the mRNA codon by codon, attracting appropriate tRNA molecules that carry specific amino acids. These amino acids are then joined together to form a growing polypeptide chain.
Protein Folds and is Able to Do its Function:
The newly synthesized protein emerges from the ribosome and undergoes folding and post-translational modifications to attain its functional three-dimensional structure.
Protein Detaches from Ribosome and Moves to Cytoplasm:
Once the protein is fully synthesized, it detaches from the ribosome and is released into the cytoplasm, where it can perform its designated cellular function.
Final answer:
In protein synthesis, the correct order is transcription of DNA into mRNA, mRNA processing and transport out of the nucleus, translation of mRNA on the ribosome with tRNA, and finally folding and modification of the polypeptide into a functional protein.
Explanation:
Protein Synthesis Process
The process of protein synthesis involves multiple steps required for a cell to produce a functional protein. Firstly, the sequence of nucleotides in DNA is transcribed into a messenger RNA (mRNA) copy during transcription. This mRNA then exits the nucleus and travels to the ribosome. Here, transfer RNA (tRNA) molecules bind to the mRNA in a process called translation, where each tRNA carries a specific amino acid that is added to the growing polypeptide chain. After translation, the polypeptide is folded into its functional three-dimensional shape, which can be followed by further post-translational modifications and transport to the appropriate location within the cell or beyond.
Transcription of DNA into mRNA
Processing and exiting of mRNA from the nucleus
Translation of mRNA by ribosomes with the aid of tRNA
Folding and possible modification of the polypeptide chain into a functional protein
Incorrect ordering, such as starting with 'protein synthesis on the ribosome' or 'tagging in the vesicle' before the transcription and translation processes, does not accurately describe the correct sequence of protein synthesis.
Mimicry is an resemblance between an organism and another object and they
advantages are???
Answer: Camouflage or deterring predators
Explanation: Mimicry can help an organism blend into its surroundings if they are resembling something in the environment.
It can also help deter predators if they are resembling a poisonous or venomous organism; an example of this is the non-venomous king snake, which mimics the venomous coral snake to deter predators from eating it.
Answer:
1). Its advantages is defense adaption.
2). It makes them look like an uninteresting object.
3). It becomes a specie that potential predators normally avoid because it posses an unpleasant or harmful feature like a foul smell or taste, or a poisonous sting.
Note: Several insects look like dead leaves and bird droppings and so, although noticed, are ignored by their potential predators. Example is in Mullerian mimics, unrelated animals like the striped polecat and the striped weasel of the savanna have similar broad white stripes on a black body. Their enemies associate the conspicuous appearance with the foul smelling liquid they squirt, and so avoid them.
According to theories of weight gain, Calorie consumption has increased dramatically due to all of the following except
Answer: Protein consumption
Explanation:
Consuming proteins produces greater satiety, improves blood glucose stability and improves lipid levels, and balancing carbohydrate consumption with protein consumption is studied as a dietary alternative.
Nicole teacher asked her to make a diagram of a food chain Nicole me the diagram shown to the right what do the arrows in the diagram represent
Answer:
It shows which consumes which. A basic food chain.
Explanation:
Wherever the arrowhead is pointed at, shows that it consumes the specie next to the nock. For example, the arrow on the left has its arrowhead directed at the butterfly. This means that the butterfly consumes the flower. The next arrowhead points at the bird, which means that this bird consumes the butterfly.
Answer:
IT REPRESENTS A FOOD CHAIN
Explanation:
THE BIRD CONSUMES THE BUTTERFLY, THE BUTTERFLY TAKES THE NECTAR FROM THE FLOWER
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QUESTION 1
A barometer is used to measure air pressure.
True
False
QUESTION 2
Winds ussually move from the north to the south in the U.S.
True
False
QUESTION 3
Isotherms are the ____________ that connect locations of the same temperature.
lines
squares
scale
dots
QUESTION 4
Warm, moist air rises vertically in the atmosphere. As it rises, it cools and the moisture in it condenses to form what?
the exosphere
hills
ponds
clouds
QUESTION 5
Isobars are the ____________ that connect locations of he same pressure.
squares
scale
lines
dots
QUESTION 6
What is a boundary that separates air masses called?
isolines
back
front
divergent boundary
QUESTION 7
What scientific instrument is used to view and analyze weather in different parts of the world.
only local weather matters
barometer
hygrometer
satellite
QUESTION 8
Which is less dense, warm air or cold air?
density does not play a role in the movements of air
cold air
warm air
both warm air and cold air are of the same density
QUESTION 9
Weather balloons are used to measure air pressure at the ground level only.
True
False
the kingdom, one of six kingdoms of life, is known for it's ability to survive in extreme enviroments
Answer:
Kingdom Archaebacteria
Explanation:
Archaebacteria is a types of bacteria that can live in high temperature or they require high temperature to live. Archaebacteria belongs to thermophiles. These bacteria grow well in temperature between 55 to 113 degrees Celsius. These bacteria found in hot springs and hydrothermal vents. Examples of Archaebacteria bacteria are Cyanidium caldarium and Chaetomium thermophile.