Answer: Mitochondria.
Explanation: The electron transport chains is a process that is used for extracting energy by oxidation of NADH and FADH molecules produced during Glycolysis and Kreb's Cycle.
Energy released during ETC is used for the formation of ATP molecules.The ETC takes place in the inner mitochondrial membrane in Eukaryotes.
Answer:
Mitochondria
Explanation:
The electron transport chains is a process that is used for extracting energy by oxidation of NADH and FADH molecules produced during Glycolysis and Kreb's Cycle.
Energy released during ETC is used for the formation of ATP molecules.The ETC takes place in the inner mitochondrial membrane in Eukaryotes.
Describe what Bill Nye was trying to demonstrate by removing some of the blocks in his tower of blocks
Bill Nye's demonstration of removing blocks from a tower likely aimed to illustrate physics concepts such as structural integrity, distribution of forces, and stability and balance through the visual and interactive element of the blocks' arrangement.
When Bill Nye was removing some of the blocks in his tower of blocks, he was likely trying to demonstrate principles related to physics, such as the structural integrity of designs, the distribution of forces, or the concept of stability and balance.
For example, by removing blocks from different parts of the tower, he may have been showing how forces are distributed throughout a structure and what happens when that distribution is disrupted. The demonstration would illustrate that certain blocks, much like certain elements within a physical system, play a critical role in maintaining the overall stability and integrity of the structure. When these are removed or altered, it can lead to a collapse or change in the structure's behavior. The lesson behind such an experiment is foundational in understanding concepts like center of gravity, load-bearing capacity, and the importance of proper material and design in architecture and engineering.
Which three structures are most likely found in fish
Answer:
The three structures that are most likely found in all fish are: blood, fins, and gills.
Explanation:
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Answer:
fins, gills, blood
Explanation:
My doctor told me that I have breast cancer, but no one in my family has ever breast cancer? Why did I get it? I thought that breast cancer was inherited. She told me that it is due to changes in my genes, but I don't understand how changes in my genes can cause cancer.
Answer: Anyone can get any type of cancer, though you happen to be more likely to get it if relatives have, that is not a guarantee you are safe. Cancer occurs when some of your body's cells begin to divide and spread to other parts of your body and in surrounding tissue. Breast cancer is the cells in the breast tissue clumping together to form cancerous tumors. Though some tumors are benign, meaning they are not going to hurt you.I am sorry about the news, prayers.
Answer: because soomeone in your generation probably had it or if you got an infection wit your breast. I kw some people who asks the same questions
because bamboo can be harvested and regrown quickly it is what type of resource
1) an embodied energy resource
2)a rapidly renewable resource
3)a byproduct
4)a VOC
Answer:
Answer: 2
Explanation:
I do not not know a VOC resource is, but it is not the answer. The answer is B, a rapidly renewable resource.
Somethings are by products. Silver and Gold can be byproducts of copper, but Bamboo is a primary resource. You use it as soon as you grow it.
Answer 2
In four o’clock plants, there are three phenotypes for flower color but only two alleles. In one population, q2 = 0.169, and the population is assumed to be in Hardy-Weinberg equilibrium. The table below shows the number of plants of each phenotype that are expected in a population of 1,000 plants in the next generation.
Phenotype
Number expected
Red flowers
105
Pink flowers
484
White flowers
411
In the next generation, what p value is expected?
0.105
0.411
0.516
0.589
Answer:
Answer:
The correct answer would be 0.589
The Hardy-Weinberg equation is p + q = 1
In addition, the frequencies of p and q in a Hardy-Weinberg population remain the same generations over generations.
The value of q⁸ is given as 0.169
So, the value of q = ⇒ 0.411
Thus, the value of p = 1 - 0.411 ⇒ 0.589.
So, the expected value of p would be 0.589
The p-value for the next generation of four o'clock plant for the flower color will be 0.589. Thus, the correct option is D.
What is Hardy-Weinberg equilibrium?The Hardy-Weinberg Equilibrium is an important fundamental principal of the population genetics, which states that the genotype frequencies in a population remains constant between the different generations in the absence of any kind of disturbance by the outside factors.
The expected p-value in the next generation can be calculated by Hardy-Weinberg equilibrium through the formula:
p + q = 1
where, p and q are the frequencies of different alleles in a population.
q² = 0.169
q = [tex]\sqrt{0.169}[/tex]
q = 0.411
p + q = 1
p = 1 - q
p = 1 - 0.411
p = 0.589
Therefore, the p-value expected for the next generation will be 0.589.
Therefore, the correct option is D.
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Brainlest help!!! Which ecosystem receives the least sunlight? A)Estuary B)Deep Ocean C)rain forest D)taiga
Answer:
Deep Ocean.
Explanation:
This area recives no sunlight at all
Deep Ocean ecosystem receives the least sunlight. An ecosystem is consist of biotic and abiotic organisms.
What is an Ecosystem?An ecosystem is consist of biotic and abiotic organisms. There is a major relationship between biotic and abiotic or biotic and biotic components.
The relationship between biotic and biotic components is called food chain, in which one organisms depends on others for their survival and balance the energy flow in the ecosystem. So impact on any one species in the food chain will impact the whole ecosystem.
Thus, Deep Ocean ecosystem receives the least sunlight.
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If a toxic chemical destroys the ribosomes, which cellular activity would be affected
first?
Answer:
radioactive pytoplasm productin activity.
Explanation:
CUZ LOGIC EXISTS
Protein production will be affected if a toxic chemical destroys the ribosomes.
Explanation:
Ribosomes are a cell structure that makes protein. Protein is one of the most important Biomolecules which is required by the cell to carry out cellular process.
Ribosomes can be discovered gliding inside the cytoplasm or embedded to the endoplasmic reticulum. The area of the ribosomes in cell figures out what sort of protein it makes.
The protein synthesized by the free floating ribosomes are used by the cell for inter cellular functions, whereas the protein synthesized by the ribosomes embedded on endoplasmic reticulum is used for both inner as well as outer functioning of the cells.
What happens in chemosynthesis
Answer: Organisms use inorganic compounds to convert carbon compounds.
Explanation: Chemosynthesis is the process by which food is made by bacteria using chemicals as the energy source, rather than sunlight.
Answer: Photosynthesis and chemosynthesis. ... Chemosynthesis is the process by which food (glucose) is made by bacteria using chemicals as the energy source, rather than sunlight. Chemosynthesis occurs around hydrothermal vents and methane seeps in the deep sea where sunlight is absent
Why does growth slow down?
Answer:
because you can only grow so much if you keep growing your organs wouldn't be able to keep up with your body
Explanation:
Which statement correctly compares protists to prokaryotes?
Answer:
The correct answer is D
Explanation:
1- Most of the protists and all Prokaryotes are unicellular organisms.
2- Prokaryotes lack a proper nucleus and other membrane-bounded organelles while protists have membrane-bounded nuclei and other organelles.
3- Protists have cytosol where most of the organelles are found.
4- Protists don't have a cell wall while prokaryotes have a cell wall that acts as an extra protection layer. The cell wall of the protists shapes their body.
Answer:
Most protists and all prokaryotes are unicellular. (or D)
Explanation:
I had the question.
Which characteristic of life relies on the sun?
cell structure
adaptation
using energy
reproduction
The characteristic of life that relies on the sun is using energy. Hence, the third option is correct.
Energy from the sun is captured by organisms like green plants, algae, cyanobacteria, and photosynthetic protists. These organisms perform photosynthesis where they convert solar energy into chemical energy, which is necessary for all living things to survive and carry out various life processes. Furthermore, the availability of light from the sun plays a pivotal role in the evolution of adaptations in these photosynthetic organisms, allowing them to capture light more effectively, especially in environments where light conditions can vary significantly, such as the understory of forests.
Gordon added a variety of liquids to a large beaker and allowed them to settle. Which list is ordered from most dense to least dense based on the picture?
Answer:
dish soap, vegetable oil, lamp oil
Explanation:
The substances with higher densities will sink below than those with lower densities.
There are three substances namely oil, honey and water in which the oil with the lowest density floats on the top of the water but the honey with the highest density settles at the bottom.
What is Density?Density is defined as the mass per unit volume of a substance where the symbol used for density is ρ, although the Latin letter D may also be used. Density is defined as mass divided by volume:
[tex]{\displaystyle \rho ={\frac {m}{V}}}[/tex]
where, ρ is density,
m is mass, and
V is volume
In the example above, the liquid is honey which is the densest liquid of the group that was analyzed where water is the second densest liquid analyzed which is heavier than oil and ethyl alcohol, and lighter than honey. Oil floats in water, which has a lower density than it does.
Thus, there are three substances namely oil, honey and water in which the oil with the lowest density floats on the top of the water but the honey with the highest density settles at the bottom.
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In which blood vessels does the exchange of gases take place?
arteries
capillaries
diaphragm
veins
Answer: CAPILLARIES
Explanation: Gas exchange is the delivery of oxygen from the lungs to the blood stream, and the elimination of carbon dioxide from the blood stream to the lungs. It occurs in the lungs between the alveoli and a network of tiny blood vessel is called capillaries, which are located in the walls of the alveoli.
how do whales,bats,and dolphins use echolocation.
A. to scare away predators
B. to orient themselves and to find food
C. to attract mates
D. to tell other animals of their species where they are
B. To orient themselves and to find food
Since they cannot see very well or even at all in some cases, these animals use echolocation instead to orient themselves, to find where they are, and to find food.
C. To attract mates so that they can breed
What's the primary reason that mammals and avian dinosaurs thrived in the Paleogene period? A. Plants developed as the main food source for these heterotrophic organisms. B. Their predators had been killed off by the Permian extinction. C. Their predators had been killed off by the Cretaceous-Paleogene extinction. D. The earth significantly warmed, and cold-blooded animals couldn't survive.
Answer:
The correct answer is option B, that is, their predators had been killed off by the Permian extinction.
Explanation:
The avian dinosaurs and the mammals were small creatures, living under the pump of the dinosaurs that reign the world, however, also were ceasing the further enhancement in the development and the size of these species. At the termination of the Cretaceous era, due to the colliding of an asteroid on the Earth, all the dinosaurs got wiped out from the Earth's surface, with the only remaining one of the species of dinosaurs were the small avian species.
Due to the opening of lots of niches, the avian dinosaurs and the mammals briskly began to diversify, evolve, and become much bigger in size. The mammals won the race for supremacy and they became the most prevailing species on the Earth.
Answer:
◉ B. Their predators had been killed off by the Cretaceous-Paleogene extinction.
Explanation:
Mammals and avian dinosaurs that survived Cretaceous Periodthrived during the Paleogene Period. Their predators had gone extinct at the end of the Cretaceous. The lack of larger predators allowed these lifeforms to proliferate.
Which interaction BEST illustrates the concept of mutualism?
A) Jaguaras feeding on wild pigs
b qquirrels playing with other quirrels
c malaria protozoans living on the blood of a host
d notrogen-fixing bacteria in root of legumes
Answer:
Explanation:
D nitrogen-fixing bacteria in root of legumes this is an illustration of a relationship that both organisms need
Answer: D
Explanation:
A worm is living inside a cow and stealing nutrients from the cow's body, causing the cow to become malnourished. What type of symbiotic relationship is this?
A. Two or more organisms looking for the same resource
B. Adults outcompeting offspring for resources
C. Organisms from the same species looking for the same resource
D. Organisms from different species looking for the same resource
Answer:
D
Explanation:
well if the worm is living in the cow and causing it to be malnourished its a parasitic relationship
List four characteristics that are representative of most primates and lead paleoanthropology to conclude that primates share a common ancestry
Answer:
- prehensile hands and feet
- five digits and opposable thumbs
- flexible and limber shoulders and hips
- big and complex brains
Explanation:
The primates are the most intelligent animals collectively, and they include the most intelligent animal on the planet, the human. All of them share some common characteristics that lead the paleoanthropology to conclude that they share a common ancestor. Most of them have prehensile hands and feet, which is a rare among other groups of animals. Almost all of them have five digits on their hands and feet, possessing opposible thumbs as well, enabling them to grab things. The shoulders and hips are also much different than the other animals, being much more flexible and limber. The most important characteristic maybe is their brain, as it is abnormally large and complex when compared with other animals of the same sizes. Their complex brains enable them to perform numerous things that other animals can't even imagine, and eventually that large brain helped in creating the most intelligent animal on the planet, the human.
Primates share several characteristics that lead paleoanthropology to conclude that they have a common ancestry: opposable thumbs, forward-facing eyes, flexible hands and feet, and a large brain relative to body size.
Explanation:Primates share several characteristics that lead paleoanthropology to conclude that they have a common ancestry. Four of these characteristics are:
Opposable thumbs: Most primates have opposable thumbs, which allows them to grasp objects and manipulate their environment.Forward-facing eyes: Primates have eyes that are positioned at the front of their face, providing better depth perception and allowing them to accurately judge distances.Flexible hands and feet: Primates have long fingers and toes with flexible joints, allowing them to grasp and hold onto branches or objects.Large brain relative to body size: Primates have relatively larger brains compared to their body size, which is associated with their higher cognitive abilities.Learn more about Characteristics of primates here:https://brainly.com/question/32632913
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Which organelle is used as temporary storage for water, waste products, food, and other cellular material?
Answer:
Vacuoles
Explanation:
Vacuoles are organelles that temporarily store water, waste products, food and other cellular materials. They are referred to as the storage tank for the cell.These organelles are enclosed structures that are filled by fluid and separated from the cytoplasm by a single membrane.Vacuoles are mostly found in plant cells and fungi. However, they can be found in some bacterial, protists and animal cellsin humans, having wet earwax is a dominant trait. Having dry earwax is recessive. a man has one recessive allele and one dominant allele and a woman has has two dominant alleles. if this man and woman have a child, is it possible for their child to have dry earwax? Explain.
No, it is not possible for them to have a child with dry earwax. In order for them to have a child with dry earwax, the child must have two recessive alleles in that trait. As the father is the only one who has one, there will be a 50% chance of heterozygous offspring, and a 50% chance of homozygous offspring in the dominant allele - no homozygous offspring in the recessive allele.
Final answer:
No, it is not possible for the child of a man with one dominant and one recessive earwax allele and a woman with two dominant alleles to have dry earwax, as they cannot inherit two recessive alleles in this scenario.
Explanation:
In humans, having wet earwax is a dominant trait while having dry earwax is a recessive trait. The gene for earwax type is located on chromosome 16. A man with one dominant (W) and one recessive (w) allele has wet earwax because the dominant trait is expressed when an individual is heterozygous.
A woman with two dominant alleles (WW) also has wet earwax. When these two individuals have a child, their offspring could have the following genotypes: WW (wet earwax, received a dominant allele from both parents), or Ww (wet earwax, received a dominant allele from one parent and a recessive allele from the other). The possibility of this child having dry earwax (ww) is nonexistent because the woman cannot provide a recessive allele.
Help, please! When there is an imbalance in a body system, and the body cannot maintain homeostasis, how might other systems respond?
Answer:
When homeostasis is interrupted, your body may correct or worsen the problem based on certain influences, causing the insulin secreation to be stopped, can alter the blood pH, affect digestive system, and other problems.
Explanation:
Ok, when the is and imbalance in a body system, that balance is shifted or disrupted and homeostasis is not maintained, the results may not allow normal functioning of the organism, causing deseases. Disease and cellular malfunction can be caused in two basic ways: by deficiency (when beneficial pathways are blocked) or toxicity (cells have an excess of a toxin that poisons the cell).
And when homeostasis is interrupted, your body may correct or worsen the problem based on certain influences: it can cause diabetes, where the endocrine system has difficulty to maintain the correct blood glucose levels, you might have a problem producing heat from the nutrients you take in, it causes insulin secretion to be stopped, the plasma pH (blood pH) can be altered by respiratory changes in the partial pressure of carbon dioxide, and other systems may present problems as well.
Other systems may respond by, The digestive system, For example, it helps the body maintain equilibrium by providing nutrients to the body and ensuring factors like blood sugars are maintained. The endocrine system also uses antagonistic hormones such as insulin and glucagon to maintain body homeostasis, And Since body systems are interconnected, then if one system fails to maintain homeostasis, then the other body system will be affected and will also attempt to adjust. An example is an increase in temperatures of the body that will affect digestive system because the enzymes of the body should work optimally at body temperatures.
ez.What is a phenotype
the set of observable characteristics of an individual resulting from the interaction of its genotype with the environment.
a phenotype is an individual's observable traits. For example a phenotype is black hair or blue eyes.
Which of these is the main difference between aerobic respiration and anaerobic respiration? A. Anaerobic respiration does not release energy. B. Anaerobic respiration does not consume glucose. C. Anaerobic respiration does not require oxygen. D. Anaerobic respiration does not produce ATP.
anaerobic respiration does not require oxygen so, option C is right answer
Answer:
It's C. Anaerobic respiration does not require oxygen.
Explanation:
C because Aerobic respiration cannot occur without oxygen. Anaerobic respiration occurs in the absence of oxygen. Both processes consume glucose, produce ATP, and release energy.
Chromatic aberrations ____?
A. Blocks stars from most telescopes
B. Weakens the image of stars
C. Makes stars appear much larger than they are
D. Makes images of stars appear sideways
Answer: Weakens the image of stars
Explanation: Chromatic aberration is the defect in lens occurs when the light beam deflected by the lens is dispersed in its constituent colors. When the light beam deflected by the lens is dispersed in its constituent colors the image formed by the lens is not just a single point image it scatters images according to different colors of the light. There are two types of chromatic aberration Lateral chromatic aberration:The images formed in lateral chromatic aberration the image of stars is shifted to sideways of the real appearance of star.Longitudinal chromatic aberrationThe images formed in longitudinal chromatic aberration the image of stars is enlarged longitudinally to the real appearance of star. Thus, the image formed in this case is weaken longitudinallyWhen stars are observed from the earth the due to longitudinal chromatic aberration the image of star is weaken.
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what are different types of information that your body can detect from the outside world?
Answer:
The human body has got five senses that collect information from the outside world.
Explanation:
Below are some of the senses and the information they collect:
Matter
Matter is the physical atoms and molecules of solids, liquids and gases which produces heat energy that we can detect through our sense of touch.
We collect information about gases through smelling.
Space
As far as we can tell from our senses, there are three dimensions of space information collected by our bodies.
We can see light energy which reflects off surfaces.
Time
We create our sense of time internally through interacting with objects or other people.
The body detects external information via five special senses: olfaction, gustation, equilibrium, vision, and hearing, as well as general senses like temperature, pain, pressure, and vibration. These senses work through sensory transduction, converting stimuli into electrical signals.
The human body can detect a variety of sensations from the outside world through specialized sensory systems. We have five special senses: olfaction (smell), gustation (taste), equilibrium (balance and body position), vision, and hearing. These senses allow us to receive information about our environment and help us to interact with it. Additionally, our bodies have general senses, also known as somatosensation, which respond to stimuli such as temperature, pain, pressure, and vibration.
Within our skin are nerve receptors that facilitate our sense of touch. These receptors can detect pressure, hot, cold, and pain. Moreover, humans are capable of detecting approximately 10,000 different odours thanks to our approximately 1,000 types of odour receptor cells. Our vestibular system provides our sense of spatial orientation and balance, while proprioception informs us of the position of our bones, joints, and muscles, which is essential for movement coordination, known as kinesthesia. All sensory systems share a common function: the conversion of stimuli into electrical signals in the nervous system, a process known as sensory transduction.
Which of the following accuratelydescribes rill erosion?
A. Runoff from heavy rainfall forms narrow, shallow channels. B. A raindrop hits the ground and displaces the surrounding soil. C. Runoff removes soil and loose sediment in thin layers. D. Fast-moving water from heavy rainfall forms deep channels.
Answer:
A
Explanation:
When the surface runoffs are strong enough to cause sediment detachment and if the amount of sediment is within the load limit the runoff can carry, then these conditions are set for rill erosion. The rills are the narrow shallow strips that are formed for in the wake of the runoffs. They are formed from heavy downpours. The runoffs are fast but not as fast and strong as those in gully erosion.
Rill erosion is described as the process where runoff from heavy rainfall forms narrow, shallow channels known as rills across the land. This takes place when the water flows in small streams and erodes the soil, which is a common progression from sheet erosion.
Explanation:The correct answer to the question is A. Runoff from heavy rainfall forms narrow, shallow channels. This describes rill erosion, a common form of water erosion that often develops from sheet erosion. When runoff water accumulates and flows in small streamlets across the land, it creates these channels known as rills. If left unchecked, they can grow larger and potentially join together to form gullies, which are much deeper and more severe channels.
Rill erosion is distinct from rain splash erosion, where the impact of raindrops displaces soil particles, and from sheet erosion, where a thin film of water removes a uniform layer of soil. Unlike gully erosion, which is characterized by the formation of deep channels due to fast-moving water, rill erosion involves the development of smaller, more numerous channels that can gradually expand.
Which of the following is used to quantify the rate of universal expansion or contraction? A) cepheid b) Hubble’s constant c) cosmic microwave background radiation D) gravitational microlensing
Answer:B.Hubble's constant
Explanation:
Astronomers have come up with the most precise measurement to measure the expansionof the universe.
We know the space is expanding and the push behind the swelling of the space is measured by a constant called the "hubble's constant" and it is measured in kilometers per second per megaparsec.
It is a way to measure distance between two stars but scientists think it is not accurate enough and are still looking for more specific and precise measurements
Which part of the flower is the peduncle?
A. Flower Stem
B. Leaves
C. Roots
D. Reproductive parts
The peduncle of a flower is equivalent to the flower's stem. It supports the flower and allows for the transportation of nutrients and water to the flower.
Explanation:The peduncle of a flower is the part that serves as the flower's stem. It is the structure that supports the flower, and is typically located at the top of the plant, extending upwards to hold the flower aloft. Therefore, the correct answer to your question is A. Flower Stem. The peduncle connects the rest of the plant to the flower, allowing nutrients and water to travel from the roots and leaves to the reproductive parts of the flower.
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______ polymers can be produced in large quantities at low cost.
Electrical products
Explanation - Polymers of electrical products can be produced in large quantities and low cost. This type of polymer are non-conductive in nature. However, they very high heat resistance property. Polymers for electrical products can mold itself in various shapes and sizes and also can reach very minute areas.
Polymers vary from one item to another. Polymers for commercial packaging is different from polymers of electrical products. Thus, polymers need to be chosen properly according to the use and its effectiveness.
Synthetic polymers, such as plastics and rubbers, are cost-effective to produce and can be engineered for specific uses, from packaging to structural supports. They often have advantages over their natural counterparts and are essential in everyday life, although their non-biodegradable nature calls for effective recycling practices.
Explanation:Synthetic polymers can be produced in large quantities at low cost. The commercial production of synthetic polymers, such as plastics and rubbers, offer economic benefits over natural polymers. Through the process of polymerization, monomers are covalently bonded to form these large, complex molecules, which can then be tailored to have specific properties for diverse applications. High molecular mass polymers are used in a wide variety of consumer goods and materials such as clothing, medical devices, and structural supports experiencing corrosive environments.
Some common synthetic polymers include polyethylene, polyvinyl chloride (PVC), and polystyrene, which are derived from petrochemicals and possess properties that make them versatile and durable. Moreover, adding functional groups to polymers can drastically alter their properties. Recycling of polymers, particularly plastics, is important due to their non-biodegradable nature, which poses environmental challenges. This recycling helps minimize the usage of petrochemical resources and reduces environmental damage.
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During the light reactions of photosynthesis, light energy is converted to chemical energy in the form of which two molecules?
Question 6 options:
H2O
ATP
ADP
CO2
NADPH
ATP
NADPH
the ATP produce will go to the Calvin circle