Answer:
yes that is correct, its part of the cells of life theory
Explanation:
Which subatomic particle determines the stability of an atom? Which subatomic particle determines the atoms identify? Which subatomic particle (s) determine the atomic mass?
Answer:
The neutron determines the stability of an atom. The proton determines the atoms identity. Both the neutron and proton determine the atomic mass of an atom.
Explanation:
The neutron determine an atoms isotope, and often its stability. The number of protons (which is shown on the periodic table) determine an atoms identity. Both of the neutrons and protons together in the nucleus make up the atomic mass.
Which of the following is a prokaryote? Will award 25 points
when is the sun the highest in the sky
Answer:
around noon
Explanation:
An organism transforming (caterpillar to butterfly) is an example of which characteristic of life?
Answer:
metamorphosis
Explanation:
Click the statement that best describes the role of each element in living organisms.
Answer:
Nitrogen : Is obtained by plants from bacteria in the soil
Nitrogen : Is obtained by plants from bacteria in the soil Phosphorus : Provides strength to bones and exoskeletons
Nitrogen : Is obtained by plants from bacteria in the soil Phosphorus : Provides strength to bones and exoskeletons Sulfur : Gives strength to the protein keratin
Hope this help :)
Cushing syndrome is caused by an increase in the synthesis of cortisol in the adrenal gland. Which of the following compounds is directly required as a substrate for the synthesis of this hormone?
A) cholesterol
B) glucose
C) free fatty acids
D) amino acids
Answer:
Cholesterol
Explanation:
Cushing Syndrome occurs as a result of exposure of the body to elevated levels of cortisol hormone (stress hormone) for a long time. The elevated level of cortisol which is a steroid hormone, results from increased synthesis of cortisol in the adrenal glands. Cortisol is synthesized from a substrate called, cholesterol. Cortisol synthesis occurs in the zona fasciculata of the adrenal cortex and controlled or regulated by the hypothalamus-pituitary-adrenal axis or HPA axis.
Cholesterol, which is an important substrate in cortisol synthesis, is a lipid usually found in cells and plays an important function in hormone synthesis, food digestion and synthesis of Vitamin D.
Can some one help with this? Like I need help ASAP
Answer: Your looking at a map.
Explanation:
What are u asking?
why can you not see the constellation that is in the suns house?
Answer:
If we could see the stars in the daytime, we would see the sun slowly wander ... constellation was conferred the title of "House of the sun," and in this ... And yet the Serpent Holder is not considered a member of the Zodiac.
Explanation:
cockroaches are exposed to a pesticide, after 3 hours 95% of the insects are dead. what is the independent and dependent variable?
2. Which one of the following is a reasonable measurement for the height of a
coconut palm tree?
a. 250 m
b. 25 m
C. 2.5 m
d. 0.25 m
HELP BRAINLY AND FAST!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! Which section develops the idea that each species of pine tree is unique? A. Types of Pines B. White Pine C. Identifying Trees D. Pines
Answer:
A. Types of Pines
In what organ of the human body would you find the amygdala?
It's The Brain!!!!!!!!!!!!!!!!!!!!!
Answer:The amygdala is an almond-shaped structure in the brain;
Explanation:
As with most other brain structures, you actually have two amygdalae (shown in red in the drawing here). Each amygdala is located close to the hippocampus, in the frontal portion of the temporal lobe.
Please help! i'm stuck on this
Grassland ecosystems in Texas have evolved to depend on periodic fires to return nutrients to the soil and encourage plant reproduction. Humans have prevented fires in many of these grassland areas, resulting in plant and animal communities with very little diversity. Wildlife biologists often recommend purposefully starting fires called prescribed burns, which are monitored and controlled, in grassland ecosystems every 3 to 4 years. These biologists observe greater diversity in plant and animal life in the years following a prescribed burn.
What natural process are the biologists attempting to imitate?
Population bottleneck
Succession
Biomagnification
Species extinction
Answer:
succession
Explanation: this is a hard one but you have to use process of elimination
Explain how zooxanthellae have a symbiotic relationship with coral.
Answer:
Zooxanthellae and coral have a mutualistic, symbiotic relationship. Coral obtains oxygen and organic products from the algae that live within them. These algae also help the coral remove waste. The zooxanthellae obtains needed carbon dioxide and needed nutrients from the coral. The coral also provides the zooxanthellae with a protected habitat. Because both organisms derive a benefit from their relationship, it is considered mutualistic.
A symbiotic interaction benefits both the species. Corals and zooxanthellae shows a symbiotic relationship where zooxanthellae produce oxygen and corals perform photosynthesis.
What is Symbiotic relationship?Symbiosis is a type of species interaction, it is any type of a close and long-term biological interaction which is between the two different biological organisms. Symbiotic relationships are mutualistic, commensalistic, or parasitic type. The organisms, are termed as symbiont.
The corals and the special cells of zooxanthellae have a mutualistic relationship. The corals provide the zooxanthellae with a protected surrounding environment and the compounds which they need for the process of photosynthesis. In return, the zooxanthellae produce oxygen for respiration and helps the coral species to remove waste materials.
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What family does the mushroom come from
What is the geographic area where a given population is found? carrying capacity population density distribution range
Answer:
range
Explanation:
The geographic area where a given population is found is referred to as its distribution range. The geographic or physical boundaries that make up a given population of organisms are represented by the distribution range.
On the other hand, carrying capacity refers to the most members of a species that a particular habitat or ecosystem can support over the long term. It is the maximum population that may exist indefinitely without seriously affecting the environment or exhausting its resources.
A measure of how packed or concentrated a population is in a given area is called population density. The usual unit of measurement is the number of people per unit of habitat or land area. Within a distribution range, population densities can change between areas, indicating how individuals are dispersed within the available environment.
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a scientist is examining the role of an element found in fatd and cabohydrates of living things this element makes up 65% of human body mass which statement describes the element he is studying?
The question is incomplete as the group of choices are not provided however the correct group of choices are given as follows:
He is studying oxygen, which can also be found in proteins.
He is studying oxygen, which is the most abundant element in the atmosphere.
He is studying nitrogen, which can also be found in proteins.
He is studying nitrogen, which is the most abundant element in the atmosphere.
Answer:
The correct answer is - He is studying oxygen, which can also be found in proteins.
Explanation:
Human body is comprises of various type of molecules and elements such as fats, protein, carbohydrates and many other elements. Carbohydrates and fatty acids are are made up of 3 major elements carbon, hydrogen and oxygen.
Oxygen is an essential element with 65% of all elements found in human body it shows great affinity with proteins. Oxygen binds with hemoglobin then transferred to the through out the body. The oxygen is also one of the elements found in proteins with other elements like nitrogen, hydrogen and carbon.
Thus, the correct answer is - He is studying oxygen, which can also be found in proteins.
Which type of neuron detects a raindrop falling on skin? cell neuron motor neuron interneurons sensory neuron
Answer:
Sensory neurons
Explanation:
Sensory neurons carry signals from the external parts of your body to the nervous system.
Motor neurons carry signals from the nervous system to the external parts of your body.
Interneurons connect various neurons within the brain and spinal cord.
Hope this helps! :)
The type of neuron that can detects a raindrop falling on skin is sensory neuron. The correct option is D.
What is a neuron?The basic building blocks of the brain and nervous system are neurons (also known as neurons or nerve cells).
Neurons are the cells that receive sensory information from the outside environment and are in charge of providing motor instructions to our muscles.
The glial cells and the neurons are the two main subtypes of brain cells. While neurons in the brain play the dominant role, glial cells predominate in certain regions of the brain.
When you contact a hot surface with your fingertips, your sensory neurons will fire and transmit messages to the rest of your nervous system about the information they have just received.
Sensory neurons are the nerve cells that are activated by sensory input from the environment.
Thus, the correct option is D.
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How might the DNA-RNA-protein pathway affect cellular differentiation?
Answer:
For example, cells in the interior of the body may be signaled by genes to become either muscle or connective tissues, while other cells on the exterior of the body will be signaled to become epithelial cells.
Explanation:
Answer: epithelial cells
Explanation:
For example, cells in the interior of the body may be signaled by genes to become either muscle or connective tissues, while other cells on the exterior of the body will be signaled to become epithelial cells.
Could somebody help me with this please
Answer: answers are in the explanation
Explanation:
Golgi body
1. To package and transport glycoprotein
2. To secrete synthesised proteins
3. To secrete lysosomes
Endoplasmic reticulum
-Rough endoplasmic reticulum
1. To transport synthesised proteins
-Smooth endoplasmic reticulum
1. To transport lipids
Mitochondrion
1. To increase the surface area for respiration
2. To provide energy for the process of respiration
Ribosomes
1. To serve as site for protein synthesis
What best describes the role of the squirrel in the food web?
Answer:
[tex]\boxed {\tt C. \ A \ primary \ consumer \ that \ is \ food \ for \ a \ single \ predator, \ the \ hawk}[/tex]
Explanation:
First, let's examine the food web and focus on the squirrel. The grass points to the squirrel which points to the hawk. There are no other arrows involving the squirrel.
Therefore, the squirrel is only food for the hawk. We can eliminate A and B.
Now, let's focus on the last two answers. The difference between C and D is C says "primary consumer" and D says "secondary consumer". Let's define these terms.
Primary consumer
Consumers that eat plantsSecondary consumer
Consumers that eat primary consumersThe arrow points from the grass to the squirrel. The arrow represents energy flow, so the energy flows from the grass to the squirrel (the squirrel eats grass). Grass is a plant, so a squirrel is a primary consumer.
The correct answer is C. A primary consumer that is food for a single predator, the hawk
Our current rockets would take tens of thousands of years to get to even the nearest star, 4.3 ly away. If we invent a spacecraft that can travel 0.1 the speed of light, how long would it take to travel to the nearest star?
- 4.3 ye
- 3.8 x 10^14 yr
- 43 ly
- 1.9 x 10^7 yr
Answer:
It will take the rocket 43 light years to get to the nearest star
Explanation:
1 light year = 9.46 * 10¹⁵ m
speed of light = 3.0 * 10⁸ m/s
In one year, light travels a distance of 1 light year.
A rocket with that travels with a speed 0.1 * the speed of light will travel the distance of one light year in 1/0.1 = 10 light years
Therefore, it will take the rocket 10 * 4.3 light years to get to the star = 43 light years.
43 light years = 43 * 9.46 * 10¹⁴ m = 4.07 * 10¹⁷ m
what are the different types of experiment
EASY
There are three types of experiments you need to know:
Lab Experiment. Lab Experiment. A laboratory experiment is an experiment conducted under highly controlled conditions (not necessarily a laboratory), where accurate measurements are possible. ...
Field Experiment. Field Experiment. ...
Natural Experiment. Natural Experiment.
Describe the concept of natural selection, using the Galapagos finches as an example. Imagine you were trying to explain the concept to someone who did not know what it is.
Answer and Explanation:
Natural selection is the result of the phenotype-environment interaction which determines gene destiny in space and time, selecting beneficial alleles and increasing their frequency in the population. It is a consequence of the individual differential capability to reproduce and leave offspring. There must be also a genetic base called heritability. Natural selection involves interactions between individuals, the physical environment, and the biological environment.
Natural selection results in adaptation, an increase of the aptitude phenotype. In many cases, adaptations, resulting from natural selection, can be correlated to environmental factors or selective pressures applied by other organisms.
The selective agent is the environmental characteristic that determines the differential survival of the phenotypic classes.
Some intraspecific phenotype variations follow a geographical distribution and can be correlated to changes in environmental conditions, such as temperature or humidity.
Adaptive evolution refers to changes in the organism that lead to the evolution of the species and that are adaptive to certain conditions of the environment. Birds adapt to diverse ecological niches showing specialized beak forms to improve functions such as feeding, mating, defending, competing, and etcetera. These factors play an important role in beak shaping. Natural selection produces adaptive evolution.
During 1977 Daphne Major island went through an important drought, and many plant species produced few or no seeds during and after the event. The medium ground finch population, which is seed-feeder species, was hardly affected by this phenomenon. As seeds´ production dropped and the sizes of the extisting seeds were considerably smaller, the finch population declined drastically from about 1400 individuals to a few hundred in a period of two years, approximately. The fact is that the island weather controls plant species development, and thus, seeds availability as food for the birds. Years later after the drought, the finches population managed to recover but showing differences in the size of their beaks. Before the drought finches had a stubby beak and many years after recovering the average size of the beaks was larger than the beak size of the original population. This difference in phenotype was due to the fact that during the drought, small seeds were very scarce, but large seeds with thick husks were still available. Small birds with small beaks starved because they were not able to open the husk and eat the interior of the seed. But those birds with bigger and stronger beaks were able to do so, and hence, managed to survive. The bird population adapted to the new environmental conditions and resource availability. Natural selection acted on the beak size, changing it.
There are different kinds of natural selection, but in the present example, directional selection is operating.
Directional selection increases the proportion of individuals with an extreme phenotypic trait, in this case, large beaks. This selection presents more frequently in those cases in which interactions between living organisms and the environment modify in the same direction.
Furthermore, beak size is not only related to feeding strategies, but also to reproduction. Female finches only mate with males that have the same beak size.
Smita is expetimenting with how a paper airplane's shape affects the
distance it will fly. Which action is the result of her logical reasoning?
A. She records only the data that support her favorite hypothesis.
o
B. She follows her procedure carefully.
o
c. She decides to perform the experiment outside on a windy day.
D. She decides to use the same type of paper for each airplane.
SUBMIT
Answer:
Its D
Explanation:
what drives inquiry?
Answer:
The interpretation including its particular issue is listed in the subsection below on explanations.
Explanation:
The inquiry would be a learner-centered procedure that requires procedures of investigating the natural and perhaps component society and contributes to questions being asked, innovations being made and those discoveries being tested in the quest for alternative comprehension. Because it contributes to scientific literacy, the corporation about doing actual science should be mirrored as accurately as possible.Explain how natural springs, hot springs, and geysers differ. (Best answer gets brainliest)
how does a plant get water form the ground
Answer:
Plants absorb nutrients and water through their roots, but photosynthesis — the process by which plants create their fuel — occurs in the leaves. Therefore, plants need to get fluids and nutrients from the ground up through their stems to their parts that are above ground level.
Explanation: How does a plant get water form the ground.
Answer:
It uses roots that suck up the water.
Explanation:
The roots are like tiny straws located in the bottom of a plant. They suck up water which goes up the stem. And the plants use that water to make food.
Cell Analogy Writing Assignment
Answer:
Choose a topic for your cell analogy. Below each topic heading are possible analogies for the topic. You can use them or come up with your own. The fourth column is a space in case you want to make your own analogy topic.
Explanation:
Answer:
Example of a Cell Analogy Story
Explanation:
Cell Analogy Story
A cell can be compared to a business. The Nucleus controls all cellular functions like a Chief Executive Officer that controls all of the operations and decisions of the business. Within the business there is the cytoplasm. The Cytoplasm in a cell, harbors cell organelles and provides structure. This compares to the factory work space that contains all the working bio-machinery and the nutrients, like the raw materials, for the cellular processes. The Cytoskeleton for a cell is what provides the shape and structure to the cell. This is compared to the architecture structure of a factory. It helps to support and strengthen the structure of the building. The Endoplasmic Reticulum of a cell is the site for protein synthesis, the vesicle packaging and transport. This is compared to an assembly line of the business. This is the main work space for production of the important cell components, for example the proteins. The Golgi Apparatus of the cell is the packaging of molecules into the transport vesicles. This is compared to the packaging department of a business. The packing department is the department that packages the goods that have been prepared. The Lysosomes of the cell is actually the membrane-bound cell organelle. It contains the digestive enzymes that break down the excess or the otherwise known worn-out parts of the cell. If the cell is considered damaged beyond repair it will help it to self-destruct with a process that is called programmed cell death. This is compared to the maintenance department of a business. The maintenance department is called in when there is old worn out machinery that needs replaced and discarded. The Mitochondria of the cell is in charge of producing the energy through cellular respiration. This is compared to the power plant or the generator of the business to help the production of energy. There are a few extra parts of the cell that could not be put on the chart above. The Plasma membrane of the cell is the semi permeable that controls cellular transport. This is compared to the Logistics department of the business. This department is in control of what is shipped in and out of the business. The last one is the Ribosomes of the cell. This Ribosomes are like the protein builders or the protein synthesizers of the cell. This is compared to the factory workers of the business. The works build the products for the company.
A sample of food is dehydrated, which kills all of the bacteria. However, in a few days, bacteria-free water is added to the food in a bacteria-free environment. Nevertheless, microscopic investigations indicate that bacteria are in the food. How did the bacteria get there?
Explanation:
well some bacteria are protected by a special coat outside their body which prevents any water loss from the bacteria. Such bacteria can then reproduce after conditions return to normal.
When a sample of food is dehydrated and making it bacteria-free, but in a few days bacteria are found in the food, it shows, bacteria which are there were in the food as endospores.
What are endospores?Endospores are the alternate stage of bacteria, which is the dormant stage, genus Bacillus, and the genus Clostridium, are examples of bacteria that make endospores.
These endospores are resistant to physical and chemical treatments, so this makes it easier for bacteria to survive in stressful conditions. It is a major threat to the food industry which provide heat treatment to the bacteria but they show resistance due to spore formation.
Therefore, when a sample of food is dehydrated to kill all of the bacteria in the food, but microscopic investigations indicate that bacteria are in the food, it is due to endospores.
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