SSomebody helppppppppppppppppppppp
Answer:
I think water does follow the law of conservation because water gets heavy every time like a Hurricane or a Tsumani they're both made out of the water and they do a lot of damage like Hurricane Delta was the record-tying fourth named storm of 2020 to strike Louisiana, as well as the record-breaking tenth named storm to strike the United States in that year. The twenty-sixth tropical cyclone, twenty-fifth named storm, ninth hurricane, and a third major hurricane of the record-breaking 2020 and A tsunami is a series of waves in a water body caused by the displacement of a large volume of water
Explanation:
When minerals combine, they form differnt____that make up the Earth's crust.
rocks
glaciers
elements
science
Answer: C) Elements
Explanation:
Which animal is most likely to have an open circulatory system?
A. Crab
B. Bird
C. Dog
D. Lizard
Answer:
A. Crab
Explanation:
The animals which are most likely to have an open circulatory system belongs to the Arthropoda Phylum of the animal kingdom. Crab belongs to this phylum. Thus, the correct option is A.
What is Arthropoda?Arthropoda is the phylum of the animal kingdom. It consists of all the invertebrate animals which have an exoskeleton, a segmented body, and paired jointed appendages. It is the largest phylum of the animal kingdom.
The distinguishing characteristics of arthropods are their jointed limbs and cuticle made of chitin, and often mineralized with calcium carbonate.
Arthropods have an open circulatory system, it means the blood does not circulate in closed blood vessels however it is pumped into a cavity called a hemocoel. The blood is also known as hemolymph as it mixes with the other interstitial fluids.
Therefore, the correct option is A.
Learn more about Arthropods here:
https://brainly.com/question/2244172
#SPJ2
9 Predict What behavioral adaptation
might allow these lizards to survive in their
environments?
What did Aristotle think regarding fossil shells?
A. that geologic time could be calculated by shell deposits
B. inferred that fossils were once part of living animals
C. the sedimentary rock was formed in layers
D. that geological time could be determined by rock strata
Can someone please help me with this quickly, It is worth 10 points?.....
Thank You!
Why don't we have solar and lunar eclipses every month?
The geometric shape of a mineral that reflects its internal crystalline arrangement of atoms
luster
mineral crystal
Mohs Hardness Scale
science
Answer:
"While growing, minerals may develop a distinct crystal form with smooth, flat planes called crystal faces. The geometric pattern of the crystal faces reflects the internal atomic arrangement of the crystal structure. This is one of the most important things about a mineral."
Explanation:
Where does skin color come from? Include the name of the molecule and the cell that is responsible.
At the end of which era did the dinosaurs become extinct?
A. Jurassic
B. Mesozoic
C. Paleozoic
D. Cenozoic
Identify three substances that are removed from the air as it is filtered.
Answer:
Dirt, allergen
Explanation:
can someone help me fill this chart ill give brainliest to the first person who answers correctly
What is main organ of
the nervous system?
A. Stomach
B. Heart
C.Brain
D. Muscles
Hurry pls
CONNECT IT #1: What causes the material that makes up the tree to change its state of matter?
CONNECT IT #2: Why do you think matter changes state when outside forces act upon it?
CHECKPOINT: How are melting AND carving ice sculptures both examples of physical changes?
MODEL IT: After you make a paper airplane, what kinds of physical changes did you cause to happen to the paper?
Answer:
For the checkpoint one they are both physical change because your not using some chemicals so which make it a physical change.
Explanation:
Which of these is measured during a scientific investigation?
Test variable (independent variable)
Outcome variable (dependent variable)
Control group
Hypothesis
please help!!
How is the Burmese python impacting the Everglades ecosystem?
Answer: the python eats everything in the everglades including destroying plants and animals.
and the population grows everyday
Explanation:
Need help fast!!!
please!! 20 POINTS
Answer:
Ican't see
Explanation:
The Water Cycle What would most likely happen if it didn’t rain in a certain area for a long period of time?
Answer:
The air is full of water, as water vapor, even if you can't see it. Condensation is the process of water vapor turning back into liquid water, with the best example being those big, fluffy clouds floating over your head. And when the water droplets in clouds combine, they become heavy enough to form raindrops to rain down onto your head.
Explanation:
which one is the the oldest and youngest?
Answer:
The oldest is G
Explanation:
the youngest is B
This question is 15 points. The same amount of heat is needed to make a metamorphic rock as is needed to make an igneous rock. True or False
Answer:
False
Explanation:
Igneous rocks need more heat than metamorphic rocks.
need help fast!!!!
15 points!
Answer:
the answer is c
Explanation:
a thermometer behaves predictably in the presence of heat
Help with science please!!
Answer:
C
Explanation:
U told me lol
What are the four basic functions that all cells must perform?
please do not look this up i just want the four basics will give brainiest
Answer:
1) transport process, 2) removing waste, 3) reproduction, 4) produce energy
New forms of drug-resistant bacteria can evolve quickly because
A
when a drug kills most of the bacteria, the ones left to breed are those that have a natural resistance to the drug.
B
when scientists genetically engineer bacteria they use natural selection.
C
scientists use extinction to selectively breed bacteria.
D
a drug causes mutations in the bacteria, leaving only mutated bacteria left to breed.
Misuse, abuse, and inadequate infection control and preventive practices all speed up the development of antibiotic resistance. At all societal levels, actions can be made to lessen the effects and contain the spread of resistance. Thus, option A is correct.
What drug-resistant bacteria can evolve quickly?The experiment demonstrates how simple and rapid it is for bacteria to develop resistance. Resistance levels rose more than 1000-fold in just 11 days, according to Professor Kishony.
Antibiotic usage is the primary contributor to antibiotic resistance. When people take antibiotics, some bacteria are killed, but resistant germs can survive and even multiply.
The incidence of resistant bacteria rises with antibiotic use. The more frequently we take antibiotics, the more likely bacteria are to evolve resistance to them.
Therefore, Within two to three years, new antimicrobial resistance can spread widely. For bacteria that can be selected as both benign commensals and harmful hospital acquired illnesses, resistance issues are particularly serious.
Learn more about drug resistance here:
https://brainly.com/question/1394059
#SPJ2
Pls help this is past due!!!
Answer:
The muscular system is composed of specialized cells called muscle fibers. Their predominant function is contractibility. Muscles, attached to bones or internal organs and blood vessels, are responsible for movement. Nearly all movement in the body is the result of muscle contraction.
Explanation:
Answer:
Muscles play a part in everything you do.
Explanation:
They control your heartbeat and breathing, help digestion, and allow movement. Muscles, like the rest of your body, thrive when you exercise and eat healthily.
This question is 15 points. I will give you the brainlest, please help me! Fill out the box.
Answer:
give her brainiest
Explanation:
In order for a cell to remove waste, those materials must pass through which cell structure? A. chromosomes B. mitochondria C. chloroplasts D. cell membrane
Answer:
d
Explanation:
Do you think there’s sufficient evidence in the article to conclude that bright red leaves in the fall help protect the trees in the winter? Explain your answer.
Article:
Every autumn, traffic creeps along New England’s roads as visitors look everywhere but at the road. These tourists flock to the region as soon as leaves begin to change color from a summery green to spectacular shades of red, orange, yellow, and purple.
“Being in the Northeast during autumn is just about as good as it gets in this country,” says David Lee. He’s a botanist at Florida International University in Miami.
Lee studies leaf color, so he’s biased. But plenty of other people share his admiration. Areas of the United States with especially colorful fall displays attract thousands of leaf peepers.
Even as they “ooh” and “aah,” few people know what makes many plants blush in the autumn. Research has shown that leaves change color when their food-making processes shut off. The chemical chlorophyll, which gives leaves their green color, breaks down. This allows other leaf pigments—yellow and orange—to become visible
But “there’s still a lot we don’t know about this,” Lee says.
It isn’t clear, for example, why different species of plants turn different colors. Or why some trees become redder than others, even when they’re standing right next to each other. And no one knows exactly how global warming will alter forests and affect leaf-peeping season.
Food factory
In summer, when a plant is green, its leaves contain the pigment chlorophyll, which absorbs all colors of sunlight except green. We see the reflected green light.
The plant uses the energy it absorbs from the sun to turn carbon dioxide and water into sugars (food) and oxygen (waste). The process is called photosynthesis.
As days get shorter and colder in the autumn, chlorophyll molecules break down. Leaves quickly lose their green color. Some leaves begin to look yellow or orange because they still contain pigments called carotenoids. One such pigment, carotene, gives carrots their bright-orange color.
But red is special. This brilliant color appears only because the leaves of some plants, including maples, actually produce new pigments, called anthocyanins.
That’s a strange thing for a plant to do without a reason, says Bill Hoch of the University of Wisconsin in Madison. Why? Because it takes a lot of energy to make anthocyanins.
Why red?
To figure out the purpose of the red pigment, Hoch and his coworkers bred mutant plants that can’t make anthocyanins and compared them with plants that do make anthocyanins. They found that plants that can make red pigments continue to absorb nutrients from their leaves long after the mutant plants have stopped.
This study and others suggest that anthocyanins work like a sunscreen. When chlorophyll breaks down, a plant’s leaves become vulnerable to the sun’s harsh rays. By turning red, plants protect themselves from sun damage. They can continue to take nutrients out of their dying leaves. These reserves help the plants stay healthy through the winter.
The more anthocyanins a plant produces, the redder its leaves become. This explains why colors vary from year to year, and even from tree to tree. Stressful conditions, such as drought and disease, often make a season redder.
Now, Hoch is breeding plants for a new set of experiments. He wants to find out whether turning red helps plants survive cold weather.
“There’s a clear correlation between environments that get colder in the fall and the amount of red produced,” he says. “Red maples turn bright red in Wisconsin. In Florida, they don’t turn nearly as bright.”
More protection
Elsewhere, scientists are looking at anthocyanins in other ways. A recent study in Greece, for instance, found that as leaves grow redder, insects eat them less. On the basis of this observation, some scientists argue that red pigments defend a plant against bugs.
Leaves may turn red in the autumn to protect themselves from the sun’s ultraviolet rays.
J. Miller
Hoch rejects that theory, but Lee thinks that it might make sense. He points out that red leaves contain less nitrogen than green ones do. “It may actually be that insects avoid red leaves because they’re less nutritious,” Lee says.
However, “it’s pretty confusing at this point,” Lee admits. “People debate back and forth.”
To settle the debate, scientists will need to look at more species under more conditions, Lee says. So, he’s now researching leafy plants rather than trees. He’s especially interested in tropical plants, whose leaves turn red when they’re young rather than old.
You can do your own leafy experiments. Observe the trees in your neighborhood and keep track of weather conditions. When autumn begins, write down when the leaves change, which species change first, and how rich the colors are. You can even see anthocyanins under a simple microscope. After several years, you might start to notice some patterns.
Answer:
where the hell u gut this from
Explanation:
There’s some evidence, but not a definitive conclusion. One study focused on trees that don’t produce anthocyanins. Anthocyanins are pigments that make leaves turn red. The study said that these trees don’t absorb as many nutrients as trees with red leaves.
Another study found that insects are generally not inclined to eat red leaves on trees. There seems to be a trend that suggests that red leaves are important for the trees’ survival in the fall. This trend needs to be validated by conducting more tests.
This is the exact answer so you might wanna put in your own words. good luck! :)
Which environment will experience the LEAST amount of change over time?
A. an ecosystem with a climax community
B. an ecosystem that is in secondary succession
C. an ecosystem that is in primary succession
D. an ecosystem with only pioneer species
Answer: D
Explanation: the pioneer species is the first species to live in an environment
An ecosystem with a climax community will experience the least amount of change over time. Therefore, option A is correct.
Why climax community ecosystem experience the least amount of change?A climax community is a stable community of plants and animals that has reached a state of equilibrium with its environment. In such a community, the number of species and their relative abundance tend to remain relatively constant over time, barring any major disturbances such as fire or human intervention.
In contrast, ecosystems in primary and secondary succession are undergoing significant changes as they transition from bare rock or disturbed land to a stable, self-sustaining community. Ecosystems with only pioneer species may also experience significant changes over time as more complex plant and animal communities develop.
Therefore, option A is correct.
Learn more about the climax community, here:
https://brainly.com/question/1018506
#SPJ3
Lesson 1:
1. Using the diagram below, explain how the energy is transferred through the GEOSPHERE. Start
your explanation at the core. Make sure your answer includes the following vocabulary words or
phrases. Make sure you highlight them in your paragraph.
gravity, mantle, more dense, less dense, heats up, cools off, rises, falls
Answer: the core of the earth heats up the more dense part of the mantle making it less dense. When the less dense part of the mantle rises, the more dense part of the mantle falls, and cools off. This motion continues creating convection currents
How can you account for the great number, size, and complexity of organic compounds?
Answer:
You can count each and every individual atom in the organic compound.
Explanation:
May I have brainliest please? :)