Answer:
1- the sun
2-Plants performing photosynthesis convert carbon dioxide to organic carbon compounds using sunlight as a source of energy; these compounds go on to fuel nearly all other organisms in the ecosystem, from bacteria to animals.
3-The amount of energy at each trophic level decreases as it moves through an ecosystem. As little as 10 percent of the energy at any trophic level is transferred to the next level; the rest is lost largely through metabolic processes as heat.
Explanation:
1-Energy is all around us and comes from many sources. One of the most important sources of energy is the sun. The energy of the sun is the original source of most of the energy found on earth. We get solar heat energy from the sun, and sunlight can also be used to produce electricity from solar (photovoltaic) cells.
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Figure 1 represents part of a process that occurs in eukaryotic cells. There are untranslated regions in this sequence. ( Image below)
Which of the following best explains the process represented by Figure 1?
The enzyme-regulated processing of pre-mRNA into mature RNA.
The synthesis of mRNA in the 5’ to 3’ direction from DNA.
The translation of an mRNA molecule into a polypeptide.
SNPs are removed from a mature RNA molecule.
What is habit loss? Someone please explain.
Answer:
The erasure of an environment and a creature's home.
Explanation:
A habitat is an environment where organisms live, and loss means losing something.
Connecting the two words together, you can firmly agree that habitat loss means the erasure of an environment where organisms live.
Select the part of the ATP molecule that stores and
releases energy
ОА
ОВ
ОС
OD
Answer:
The correct answer is B
Summarize the results of your experiments.
a. Riker Simpson had sample #12 which is
likely:
b. Jan Leavenworth had sample #6 which is
likely:
c. Fiona Folsom had sample #24 which is likely:
d. Quentin Stone had sample #13 which is
likely:
Answer:
Riker Simpson had sample #12 which is likely: gypsum
Jan Leavenworth had sample #6 which is likely: calcite
Fiona Folsom had sample #24 which is likely: diamond
Quentin Stone had sample #13 which is likely: halite
Explanation:
What is a difference between physical traits and personality traits?
While walking along the shore of a lake. Travis felt a cool breeze. what type of heat energy transfer is this an example of
Explain why
Answer:
Out of the 3 types of heat transfer, this scenario would be most likely to be an example of convection. Convection is where the transferring of heat results through the movements of fluid, but in this case, it is air. What happens is that when a part of the whole mass of air is heated, the hotter air rises and the cooler air descends and takes place of the hotter air before it was heated. Then, the cooler air becomes hotter and the hotter air before becomes the cooler air of both, which then results to the repeat of the exchange of places. This creates a motion until the whole mass has achieved mutual temperature, the heat source has stopped or been extinguished, or there is a shift of temperature.
Which advance in biology resulted from developments in cell technology? somatic cells immortal cell lines aseptic technique tissue typing.
The Immortal cell line's advancement in biology results from the developments in-cell technology.
What is Cell technology?Cell technology is a field that is related to new advancements of technology with cells, stem cells, somatic cells, tissue typing, etc. These new technologies develop a better understanding of each and every cell-specific to its functions.
Nowadays, immortal cell lines are widely used in place of primary cells. And they are advantageous in the field of research and development. They are easy to handle, have no ethical concerns, widely used for human and animal tissues.
Therefore, the Immortal cell line's advancement in biology results from the developments in-cell technology.
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Answer:
immortal cell lines
In biotechnology procedures, a(n) ____ is a nucleic acid fragment that is used to search for and identify a sequence of interest.
antibody
probe
library
vector
plasmid
Answer:
probe
Explanation:
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have an awesome day - TJ
brainliest pls
The gravity of the
is the biggest factor in determining the ocean tides.
A researcher determines an organism to be eukaryotic, unicellular, and autotrophic. in which taxonomic group should this organism be classified?
o archaea
ker
o protista
o bacteria
o
ind
o animalia
If a researcher determines an organism to be eukaryotic, unicellular, and autotrophic, then this organism is a Protista. These organisms are algae.
What are algae?Algae are organisms that can be classified as eukaryotic, unicellular, and autotrophic, belonging to the Protista group.
Algae are generally aquatic (marine) photosynthetic organisms that belong to the kingdom Protista.
Protista is a eukaryotic kingdom that includes plant-like protists (algae) and different protozoans.
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Which extrinsic eye muscle moves through a pulleylike loop?.
Answer:
Superior oblique
Explanation:
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Which term refers to the standard by which organisms are named?.
Answer: Taxonomy
Explanation:
List two kinds of evidence with examples that support Wegner’s theory of Continental Drift.
Answer:
One piece of evidence would be that fossils of similar time periods have appeared on the surface or shores when discovered.
Explanation:
One student did an experiment on the rock cycle. The steps of the experiment are shown below.
• Half fill a glass bottle with pieces of granite.
• Pour dilute acid into the bottle to submerge all the granite pieces.
• After a week pour off the acid.
Shake the bottle vigorously for two minutes.
• Filter the contents of the bottle into a dish of water.
• Leave the dish undisturbed for an hour.
• Put two heavy weights on the material in the dish for a week.
What does the student's experiment most likely demonstrate about the rock cycle?
A) Pressure can cause melting of rocks to form igneous rocks.
B) Pressure can crystallize dissolved rocks to form sedimentary rocks.
C) A series of steps can cause weathering of rocks to form sedimentary rocks.
D) A series of steps can transform rocks into magma which cools to form igneous rocks.
5. Are all cells within an organism the same? If so, How can they differ?
Answer:
Not all cells in an organism are the same. Some cells can be prokaryotic, some can be eukaryotic, some can be unicellular, and some can be multicellular.
Please help I will mark brainlyest 100 points
The body's attempt to restore homeostasis in the aftermath of a stress response is a(n) ________ response. Group of answer choices sympathetic fight-or-flight biological adaptive
The body's attempt to restore homeostasis in the aftermath of a stress response is an adaptive response.
What is homeostasis?Homeostasis is the ability of a living organism to maintain a constant internal environment through adjusting to conditions that are best for it's survival.
Typical examples of homeostasis are:
thermoregulation, blood glucose regulation, baroreflex in blood pressure, calcium homeostasis, potassium homeostasis, and osmoregulation.The ability of an organism to better resist stress damage by prior exposure to a lesser amount of stress is known as adaptive response.
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Why must the process of meiosis create only half the number of
chromosomes (23) in each new cell? *
A. The cells are smaller.
B. Egg and sperm cells must only have y the number of chromosomes so that when
they combine the number will equal 46.
C. 2 the number of chromosomes are not produced in this process, 46, the total
number is produced
D. If not, the cell would die.
Answer:
B. Egg and sperm cells must only have y the number of chromosomes so that when
How would the carbon cycle be affected by cutting down the earths huge rainforest
Answer:
Plants take in mass amounts of carbon and turn it into oxygen, if the world’s greatest rainforest was cut down, there would be too much carbon and not enough oxygen.
Explanation:
What organisms have mutually beneficial interactions? I WILL GIVE BRAINLIEST AND
A. Birds get nectar from flowers and pollinate them at the same time.
B. An eagle hunts a rabbit as a source of food.
C. Hyenas steal and eat a fresh kill that was made by a cheetah
Answer:
A
Explanation:
Both the flower and birds are benefitting, while when a eagle hunts a rabbit, how's the rabbit going to benefit? It's in the eagle's belly... Hyenas eating the food that the cheetahs left? How's the cheetah benefitting?
In the Na+-K+pump, for every (a) sodium ions pumped outside of the neuron, only (b)_potassium ion are pumped in
(a) 3 Nat, 2 k
(b) 2 Nat.3K
(c) 2 Nat, 2K
(d) 3 Nat.3K
Answer:
a) for every 3 Na ions, it pumps 2 K ions
how does the housefly stage affect the other
Explanation:
The common housefly can transmit the pathogens that cause shigellosis, typhoid fever, E. coli, and cholera. The disease-causing agents can either be transmitted by the body hairs or by the tarsi which are transmitted to food or surfaces when the fly lands.
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:DD
Which is of the following is NOT an example of a density-dependent limiting factor ?
Answer: D. disease
Explanation:
Which aspect is an example of structural adaptation?
The bill lengths of carnivores are an example of a structural adaptation. Therefore, option (4) is correct.
Structural adaptations are physical features or characteristics of an organism that have evolved to help them survive and thrive in their environment. In this case, the bill lengths of carnivores (meat-eating animals) have evolved to suit their specific feeding habits and prey types.
For example, some carnivores have long, sharp bills for tearing apart their prey, while others may have shorter, more robust bills for crushing shells or consuming insects. The specific bill length is a structural adaptation that aids in obtaining and consuming food efficiently, which is crucial for the carnivore's survival and reproductive success in its ecological niche. Therefore, option (4) is correct.
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Your question is incomplete but your full question was:
Which aspect is an example of structural adaptation?
-octopuses ability to squirt ink-skin tanning in humans-stronger kidneys in kangaroos rats-bill lengths of carnivores-venom of snakesOrganisms that are not able to make their own food/sugar/carbohydrates are not called autotrophs but what ?
HETEROTROPHS
Explanation:
Autotrophs are any organisms that are capable of producing their own food. For most, this is achieved by using light energy, water and carbon dioxide. Heterotrophs cannot produce they have to absorb.
Answer Items:
Which go with which
A. Cryosphere
B. Geosphere
C. Biosphere
D. Hydrosphere
E. Atmosphere
1. Measuring lake levels
2. Studying the polar ice shelf melting rate.
3. Monitoring air pollution is level at local schools
4. Monitoring small tremors along A major fault line in California
5. Counting endangered amphibians in Belize
Answer:
1.C.Biosphere
2.B.Geoshere
3.E.Atmosphere
4.D.Hydrosphere
5.A.Cryosphere
In prokaryotic cell, photosynthesis occurs in the ____
A.nucleus
B. Cell membranes
C. Mitochondria
D. Cytoplasm
E. Chloroplast
I need help fast someone please❤️
Answer:
E: Chloroplast
Explanation:
Prokaryotic photosynthetic organisms have infoldings of the plasma membrane for chlorophyll attachment and photosynthesis. It is here that organisms like cyanobacteria can carry out photosynthesis. Some prokaryotes can perform photosynthesis. This process occurs in the chloroplast.
Kyle explains that the body of an airplane is like the appendicular skeleton and the wings of an airplane are like the axial skeleton. which demonstrates how he could change his statement so it is accurate? airplanes are not like skeletons. the body of an airplane is like the axial skeleton, and the wings are like the appendicular skeleton. the body of an airplane is like the appendicular skeleton, and the tail is like the axial skeleton. both the body and wings of an airplane are like the axial skeleton.
kyle should change his statement like aeroplanes are not like skeletons. the body of an aeroplane is like the axial skeleton, and the wings are like the appendicular skeleton so it is accurate.
How are planes and birds similar?The introductory steps to lifting off are the same. The air going over the wings forces the plane slightly into the air which is like that first jump for the bird. The aeroplane engines are like a bird flapping its wings, it helps them to fly through the air.
Thus, statements like aeroplanes are not like skeletons. the body of an aeroplane is like the axial skeleton, and the wings are like the appendicular skeleton is accurate.
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Answer:
B
Explanation:
I took the test edge 2022
Is the earth a circle or flat if not is there a flat planet in our universe
Answer:
probably not,im assuming if it were flat it wouldnt be reffered to as a planet. For one itd be inhabitable and there most likely wouldnt be gravity or an atmosphere to use if it were habitable
Explanation:
Answer:
it's a triangle..
Explanation:
23+67-287-2 = 346,2983
The relationship between the amount of energy available for use and the amount of entropy in a food chain differs between trophic levels. why would the amount of entropy increase from one trophic level to another in a food chain or energy pyramid? a. the available energy from one trophic level to another increases b. energy is lost at each level as heat, which increases randomization c. the amount of biomass decreases from one trophic level to another d. the available energy at each level may either increase or decrease, creating randomization please select the best answer from the choices provided a b c d
The energy in the pyramid is entropy as it helps in the energy transfer energy from the trophic level the correct option is energy is misplaced at every tropic stage as warmness and serves to growth entropy.
The strength glide via meals chain and meals webs comply with the second regulation of thermodynamics. At every tropic stage, the handiest 10% strength is surpassed in the following stage and relaxation 90% is misplaced as warmness. Therefore, strength switch via meals chains continually finally ends up with lesser usable strength. The strength misplaced in the surroundings in the shape of warmth has a tendency to grow the entropy of the system. The better the tropic stage, the greater the warmth to be had to growth entropy.What is an energy pyramid?
A strength pyramid additionally called atrophic or ecological pyramid is a graphical illustration of the strength located in the trophic degrees of an ecosystem. The backside and biggest stage of the pyramid is the manufacturers and includes the biggest quantity of strength.
Thus it is clear that energy is lost at each level as heat, which increases randomization.
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