Answer:
Bode's law incorrectly predicted the location of Uranus should be the answer
Explanation:
The ocean is primarily made of chlorine and oxygen.
The Bode's law was one of the earliest laws in astronomy. Astronomy is the study of the celestial bodies and outer space. Bode's law has to do with the approximate distances of planets from the Sun. approximate distances of planets from the Sun.
The true statement among the options is that; "The ocean is primarily made of chlorine and oxygen."
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What body structure did the second scientist use to determine that the first scientist had misidentified the fossil?
i heard it had to do something with DNA in the bones all animals that where fossalized where identafied by using the DNA in their bones
hope that helped
DNA in the bones used to determine that the first scientist had misidentified the fossil.
What do you mean by fossils?Fossils are the preserved remains of plants and animals whose bodies were buried in sediments, such as sand and mud, under ancient seas, lakes and rivers. Fossils also include any preserved trace of life that is typically more than 10 000 years old.
There are four main types of fossils, all formed in a different way, which are conducive to preserving different types of organisms. These are mold fossils, cast fossils, trace fossils and true form fossils.
Fossils are the remains or traces of ancient life that have been preserved by natural processes. Examples of fossil include shells, bones, stone imprints of animals or microbes, exoskeletons, objects preserved in amber.
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Picture explains it all
Consider the parts of a polar ecosystem and a desert ecosystem.
– Identify one abiotic factor present in each type of ecosystem.
– Identify one biotic factor present in each type of ecosystem.
– Explain why both the abiotic and biotic factors are different in each ecosystem. Use examples from each ecosystem in your explanation.
(NO LINKS PLEASE) (77 POINTS)
Answer:
One biotic factor includes soil, air(oxygen and carbon dioxide), water.
One biotic factor includes animals and plants.
Both factors are different in each ecosystem. This is because, for example, the soil in desert ecosystem can differ from the polar ecosystem. Animals in polar ecosystems include polar bears, wolves, etc. while desert ecosystems have animals like deer, artic fox, etc.
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Below is a drawing of a fossil that is millions of years old. This fossil was just taken out of the ground, and no one knows what kind of organism it is. One way scientists identify a fossil of an animal with bones is to compare the bones of the fossil to the bones of other animals.
Do any of these fossil’s bones look like bones of other animals? Describe your thinking.
Yes! Fossils come from all animals
HEYY, HELP PLEASEEE<3
Which of these is the most serious impact to an ecosystem after a tornado?
an increase in biodiversity
soil erosion along with water pollution
the growth of plants in newly cleared areas
animals relocating to different habitats
(plz don't send a file)
Answer:
Tornadoes effect the environment by destroying buildings and trees. Tornadoes also kill animals, which effects the food chain and disrupts the whole environment. Tornadoes destroy our farms, which means there will be food shortages around the surrounding area
Explanation:
thank me later
What does a poison control center do?
Looking at the Punnet square below, what is the probability that the offspring will have yellow peas?
Explain how you determined your answer. Use the terms 'dominant' and 'recessive' factors.
Answer: its not likely
Explanation:
because if you see their is barely yellow so there will be no yellow peas
HEY :) HELP PLEASEEEE TYY TYY
PLSSS HELP PLSSSSS ILL GIVE BRAINLIEST WTV U WANT PLSSS
Answer:
11. bacteria kingdom
12. archaea kingdom
13. protist kingdom
14. fungi kingdom
15. plant kingdom
16. animal kingdom
17. protist kingdom
18. archaea kingdom
19. plant kingdom
20. animal kingdom
21.
Fond correct answer please
Answer: The answer would be Precipitation.
Explanation:
The rescue workers can get energy to the batteries in their equipment during rescue missions by using a generator to convert the kinetic energy to potential energy. ... The best way is to use a hand crank such as a hand cranked flashlight or radio because it is easy to power enough energy for a short amount of time.
Answer:
e rescue workers can get energy to the batteries in their equipment during rescue missions by using a generator to convert the kinetic energy to potential energy. ... The best way is to use a hand crank such as a hand cranked flashlight or radio because it is easy to power enough energy for a short amount of time.
Explanation:
The photo shows a root hair. Water and nutrients flow into root hairs on a plant's roots. How does the structure of a root hair cell support its function?
Please hurry im timed while doing this. thanks
rainfall i think
Explanation:
Alfred Wegener noted that fossils from a particular type of reptile are found on both sides of the Atlantic ocean. Which of the following would be the best explanation of how this occurred?
Answer:
B. The Atlantic Ocean did not exist in earlier times.
Explanation:
It simply didn't yet exist; there was only Pangaea surrounded by a global ocean. Before the Atlantic Ocean could open Pangaea had to be split. ... Deep beneath the Atlantic's waves it erupts as lava, providing new crustal material as it slowly pushes the continental plates apart.
A scientist notices that the sky is covered by a thick layer of clouds. What kind of cloud is he MOST LIKELY seeing?
Answer:
its called a cumulus cloud
Explanation:
white, puffy clouds that look like pieces of floating cotton. Cumulus clouds are often called "fair-weather clouds". The base of each cloud is flat and the top of each cloud has rounded towers. When the top of the cumulus clouds resemble the head of a cauliflower, it is called cumulus or towering cumulus. These clouds grow upward and they can develop into giant cumulonimbus clouds, which are thunderstorm clouds.
explain how the physical structures, reproductive organs, and physical supports of a hibiscus flower and elephant are similar.
Answer:
Explanation:
Carolus Linnaeus wanted to classify the hibiscus flower. He began by examining the color of the flower, its petal shape, its petal numbers, and the arrangement of stamens and petals. What is his basis for classifying the hibiscus flower?
the classification is based on both genetic and physical characteristics the classification scheme is based on the flower's genetic characteristics the classification scheme is based on the flower's physical characteristics the classification scheme is based on the flower's chemical characteristics
HELP please PLEASEWhat are nostrils full of?
tiny hairs
olfactory nerves
mucus
olfactory bulbs
The humpback whale is a large marine mammal that lives wide spread throughout the North Pacific Ocean. Barnacles are small marine crustaceans that will attach themselves to the bodies of humpback whales. Though the barnacles grow on the skin of whales to filter feed, they are too small to harm the whale. This example best defines which of the following
commensalism
mutualism
parasitism
predation
Answer:
commensalism
Explanation:
the barnacles benefit from the whale while the whale doesn't but the whale isn't harmed either
Which of the following BEST explains the differences between rotation and the revolution of a planet?
A. Rotation is the planet's movement around the Sun causing four seasons to occur. Revolution is the spinning of the planet on its axis causing it to experience only daylight.
B. Rotation is a planet’s movement around the Sun causing four seasons to occur. Revolution is the spinning of the planet on its axis causing Earth to experience day and night.
C. Revolution is a planet’s movement around the Sun causing four seasons to occur. Rotation is the spinning of the planet on its axis causing day and night.
D. Revolution is a planet's movement around the Sun causing day and night to occur. Rotation is the spinning of a planet on its axis causing seasons.
Answer:
i believe the correct answer issssssssssssssssssssss B. Rotation is a planet’s movement around the Sun causing four seasons to occur. Revolution is the spinning of the planet on its axis causing Earth to experience day and night.
Explanation:
Use the diagram below to help you answer the following questions.
*Note that in the images below changes in eccentricity are exaggerated so the effect can be seen in the images. Earth's orbit shape varies between 0.0034 (almost a perfect circle) to 0.058 (slightly elliptical).*
a. A change in the eccentricity of Earth's orbit towards its maximum will increase or decrease the solar input that the Earth receives?
b. Explain how an increase in the eccentricity of the Earth’s orbit will alter the climate.
Answer:
I'm not sure about question b, but I'm pretty sure a is increase
Explanation:
I think I remember learning about this
Eccentricity in the orbit of the planet is the measurement of the deviation of the planet from its circular path. The maximum eccentricity of Earth's orbit increases the solar input and will alter the climate.
What is the effect and relationship of the eccentricity and climate?The eccentricity is the change or the modification of the elliptical orbit shape of the planet where it revolves around the sun. When there is the maximum eccentricity of the orbit then the solar input or the heat the planet receives will increase.
The solar heat or the input will increase due to the maximum eccentricity as the distance of the planet and the sun have changed and they have become more close, because of that the heat and solar energy will be more in contact with the planet's surface.
The increase in the eccentricity of the Earth’s orbit will affect the climatic conditions as the orbital distance has become close to the sun and the revolution has been affected and the climate is controlled and regulated by the heat emitted from the sun.
Therefore, an increase in the eccentricity of the Earth’s orbit will affect the climate and also increase the solar input.
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A group of scientists wants to observe the adaptation of a foreign fish species in a river ecosystem. To do this, they want to enclose the top and sides of a section of a river to block light and matter from entering the area. Evaluate whether this experimental system is an isolated system. Justify your answer based on the definition of an isolated system.
Answer:
yes because a thermodynamic system (isolated system) enclosed by rigid immovable walls through which neither mass nor energy can pass.
SC.8.P.8.2 7-As an astronaut travels from the surface of Earth to a position that is tentimes as far away from the center of Earth. Based on the Law of Gravity ,which of the following statement is true?
A. Mass decreases and the gravitational pull from Earth increases. B. Weight increases and the gravitational pull from Earth stays the same. C. Mass remains the same and the gravitational pull from Earth decreases. D.Weight remains the same and the gravitational pull from Earth increases.
ithink its 56.78Explanation:
(06.05 MC)
Two students are comparing scientific experiments to investigations. They came up with the following ideas.
Student A: Testing plant growth in different types of soils
Student B: Comparing the water level in a lake during different times of the year
Which student gave an example of a scientific experiment? (5 points)
Student A because it requires experimental and control groups
Student B because it requires a hypothesis
Student A because it is preferably done in natural settings
Student B because it is preferably done across a long period of time
Brainliest for correct answer :)
Answer:
Student A because it requires experimental and control groups
Explanation:
Student B merely compares the water level, while student b is looking for plant growth.
We can eliminate the second and last answer choices, knowing this, leaving the first and third answer choices.
A science experiment doesn't have to be in natural settings, therefore the answer is the first option!
Please give me brainliest if I helped!
Answer:
give brainliest to other person, i agree with them
Explanation:
Match the following celestial bodies with the correct description.
1. made mostly of hydrogen and helium
meteoroid
2. hottest planet in the solar system
comet
3. have heads and tails
Venus
4. pieces of metal or stone that come into Earth's atmosphere
sun
5. orbit around planets
satellite
Answer:
1-sun
2- Venus
3- comet
4- meteoroid
5-satelite
Explanation:
i think those are correct
what should I do to decrease the temperature from the Cryogenian period?
Strong tissues which connect muscles to bone are
a. ligaments
b. nerves
c. tendons
Explain your answer well and I shall give brainliest. How does the structure of a root hair cell support its function?
tudy the arrow that is circled in the image.
The sun is in the sky. Clouds with blue arrows pointing down toward water. A circled arrow is pointing from the water inland. Red arrows are pointing up from the land to the sky.
What happens at this point?
Warm air is rising.
Cool air is sinking.
There is a difference in air pressure.
Cool air is less dense than warm air.
Dont answer with anything including arrow'S There is no S read it before answering
Answer:
The blue arrows in circles indicate that cool air is sinking
Explanation:
Warm air is less dense than cool air. For this reason, warm air rises, creating a low pressure region, and cool air, which is more dense than warm air, sinks creating a high pressure zone. In this description, the red arrows represent the hot air rising up to the sky, and the blue arrows represent the cool air sinking down. The reason warm air is less dense is because its molecules are further apart than when it is cold, making it lighter per cubed square foot.
So, we can conclude that option a) Warm air is rising is incorrect, because the warm air rising is represented by the red arrows pointing up form the land to the sky.
Options c) Cool air is less dense and d) warm air is more dense are also incorrect, because as mentioned before, cool air is more dense than warm air.
Polly is explaining the Law of Conservation of Energy to her friend. She is using a light bulb as an example. Which of the following statements best explains this law?
A.
"Electrical energy is destroyed to create light and thermal energy."
B.
"Potential energy is used to create electrical energy and release light and thermal energy."
C.
"Electrical energy is transformed into light and thermal energy and released to the surroundings."
D.
"Electrical energy created by the light bulb is converted into light and thermal energy and used up by the surroundings."
Answer:
"Electrical energy is transformed into light and thermal energy and released to the surroundings."
Explanation:
i did this. i got it correct.
mark me my first brainliest?
The best example for law of conservation of energy is potential energy is used to create electrical energy and release light and thermal energy. Thus option b is correct.
What is law of conservation of energy?The law of energy states that energy can't be created nor be destroyed it only transfer from one form of energy to another form of energy.
In above example as we know that electrical energy is created by potential energy which stored in the form of water in dam after that electrical energy is produced so potential energy converted into electrical energy as a polly switch on the light she change the electrical energy into thermal energy because as we burn light it also develops some heat.
Therefore, we can say that energy is conserved and it only converted into one form of energy to another form of energy. Thus, option b is correct.
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