Outline the pathway of a breath of air from the nose to the alveoli.
Answers
Answer:
Pathway of air: nasal cavities (or oral cavity) > pharynx > trachea > primary bronchi (right & left) > secondary bronchi > tertiary bronchi > bronchioles > alveoli (site of gas exchange)
Explanation:
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Air travels through the following structures on its path to the alveoli (the site of gas exchange): nasal cavities (or oral cavity) > pharynx > trachea > primary bronchi (right & left) > secondary bronchi > tertiary bronchi > bronchioles.
What is breathing?The trachea (windpipe), which is further separated into bronchial tubes, receives it from there. Bronchioles are another division of the bronchial tube, the little alveoli structure is where the bronchioles eventually come to a stop.
Through our noses, we breathe air into our bodies, after then, it moves via the larynx, pharynx, and nasal cavity before entering the windpipe, also known as the trachea.
Therefore, air enters both lungs through bronchi that branch off of the trachea.
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Related Questions
HI
So I have a project for science on the different parts of a cell, and I need the nicknames for the 11 types. Help?
The 11 types:
Mitochondria
Nucleus
Nucleolus
Rough Endoplasmic Reticulum
Smooth Endoplasmic Reticulum
Lysosomes
Ribosomes
Golgi Apparatus [Golgi Body]
Vacuoles
Cytoplasm
Cell membrane
NO LINKS!
Answers
Answer:
Do u mean like nicknames or acronyms for the 11 types?
Explanation:
The Nucleus is the brain of the cell.
The Nucleolus is the ribosome producer or the factory.
The RER is the protein producer.
The SER is the fatty (lipid) producer.
Lysosomes are the janitors or the cleaning crew.
Ribosomes are the producers (in general they produce different proteins).
The Golgi body is the mailman or shippers.
Vacuoles are storage or refrigerators.
Cytoplasm is like jello, a filter, or a screen door.
Cell membranes are like skin, clothes, or even protectors.
someone can you plzzz give me a brainliest
Answers
Answer:
yes
Explanation:
Answer:
okay
Explanation:
Photosynthesis is made up of both light-dependent and light-independent reactions. Identify the products of the light-dependent portion of photosynthesis.
A. ADP, NADP+, and glucose
B. ATP and oxygen
C. Carbon dioxide and glucose
D. Carbon dioxide, water, and ATP
Answers
Answer:
1
Explanation:
These reactions occur in the thylakoids of the chloroplasts
What factors determine the type of rocks that forms underground?
Answers
Answer:
the two main functions are temprature and functions
YOU WILL GET 100 POINTS. PLEASE I NEED THIS TO CHECK MY ANSWERS.
ATP stores some of the energy from glucose molecules during glycolysis. How is the remaining energy from these glucose molecules released?(1 point)
Water
Heat
Electron Transport Chain
Carbon Dioxide
Answers
Answer:
Tha answer is Heat. It is NOT Electron Transport Chain. 100% positive!
Explanation:
The remaining energy from these glucose molecules released as heat.
So, second option is the correct answer.
How is the remaining energy from these glucose molecules released?
During fermentation, most of the energy that was not converted into ATP was trapped in the chemical waste product lactic acid or ethanol, and a small part of the energy was also released as heat.
During cellular respiration, about 41% of the energy in glucose is converted to ATP. Let's see how this value was calculated. From the information above, we know that in an ideal scenario, 1 molecule of glucose produces 38 molecules of ATP. In other words, 1 mole of glucose would produce 38 moles of ATP. Each mole of glucose contains 2870 kJ of energy, and each mole of ATP can release 30.7 kJ of energy. If we produce 38 moles of ATP, it can release a total of 1166.6 kJ of energy (38 moles x 30.7 kJ/mol = 1166.6 kJ). 1166.6 kJ is only about 41% of the total energy of 1 mole of glucose. What happened to the remaining 59% of the energy that was not converted to ATP? During cellular respiration, energy that was not converted to ATP was released as heat.
During fermentation, only about 2% of the energy in glucose is converted into ATP. Let's see how this value was calculated. From the information above, we know that during fermentation, 1 molecule of glucose produces 2 molecules of ATP. In other words, 1 mole of glucose would produce 2 moles of ATP. Each mole of glucose contains 2870 kJ of energy, and each mole of ATP can release 30.7 kJ of energy. If we produce 2 moles of ATP, it can release a total of 61.4 kJ of energy (2 moles x 30.7 kJ/mol = 61.4 kJ). 61.4 kJ is only about 2% of the total energy of 1 mole of glucose.
So,by the above theory,t is clear that the remaining energy from these glucose molecules released as heat.
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Which chemical contains the greatest store of free energy in one molecule? A. ATP B. glucose C starch D. chlorophyll
Answers
Answer: D. chlorophyll
Explanation:
What type of plate boundary is in the image below?
Divergent
Convergent
Tranform
Answers
Answer:
A. divergent
Explanation:
The molten lava is melting the dirt, making it go through it. The lava will eventually go through the ground and go into a convergent.
Hope this helped.
Explanation:
From new moon phase to full moon phase, what do you see?
1. a decreasing amount of the lighted side of the Moon
2. the same amount of the lighted side of the Moon
3. an increasing amount of the lighted side of the Moon
I need an answer ASAP!! I will give you a brainliest!!
Answers
Answer: I hope its 3
Explanation:
Answer:
C. An increasing amount of the lighted side of the moon.
Explanation:
From a new moon to a full moon, every lunar phase is lighting up. from a full moon to a new moon, every lunar phase, the light is decreasing.
hope this helped. let me know if I am wrong.
Compare an elephant’s trunk with a person’s hand. How are they similar? How are they different?
Answers
Answer:
one way that they are different is that unlike us humans they don't have fingers on their trunk. one way that they are similar is that both use something to pick objects up.
Explanation:
hope this helps you!
Both the elephant trunk and human hands are used to grasp objects.
The Elephant's trunk is the part of the elephant that extends outwards from its face and enables the elephant to pick up things. It is quite similar to the human hands in the sense that it can be used to grasp objects.
However, human hands are made of fingers but the trunk of an elephant is just a long structure that has no fingers. Hence, it is different from the human hands.
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How can a man go eight days without sleep?
Answers
The atoms of gaseous helium are
A.
close together, moving around one another.
B.
far apart, moving fast, and bouncing off the container walls.
C.
close together, vibrating in a rigid structure.
D.
not moving at all.
Answers
Describe the path cereal takes from eating with the mouth to glucose in the body cells. (Note: For full credit, your answer must include complete sentences, at least 4 organs of the digestive system, 1 organ of the circulatory system and the process involved for going between the digestive and circulatory.)
Answers
Answer:
The digestive system converts the foods we eat into their simplest forms, like glucose (sugars), amino acids (that make up protein) or fatty acids (that make up fats). The broken-down food is then absorbed into the bloodstream from the small intestine and the nutrients are carried to each cell in the body.
Explanation:
number 1-8 what are they please
Answers
Answer:
Here you go!
Explanation:
1. Cytoplasm
2. Mitochondria
3. Cell wall
4. Cell membrane
5. Golgi apparatus
6. Nucleus
7. Cytoplasm
8. Vasucole
Observe the two scenarios involving electrically charged objects. Predict what will happen when you bring the objects close together.
Two scenarios with electrically-charged objects. In the first scenario, a negatively charged balloon is brought close to a positively charged soda can. In the second scenario, a negatively charged balloon is brought close to a negatively charged balloon.
The balloon will attract the soda can, while the two balloons will repel each other.
The balloon will attract the soda can, while the two balloons will do nothing.
The balloon will repel the soda can, while the two balloons will also repel each other.
The balloon and soda can will do nothing, while the two balloons will repel each other.
Answers
Answer:
the balloon and soda can will do nothing, while the two balloons will repel each other
Explanation:
opposites attract and the soda can is too heavy to be attracted to the balloon
Why is the example of DDT included in the unit?
O to show that solutions have unintended consequences
to illustrate why pesticides should not be used by farmers
to promote organic farming methods
O to explain the chemical elements of common pesticides
Answers
Which statement describes a way lava usually affects the shape of a shield volcano?(1 point)
Thick lava flows a long distance before cooling, forming steeply sloping sides.
Thick lava flows a short distance before cooling, forming gently sloping sides.
Thin lava flows a long distance before cooling, forming gently sloping sides.
Thin lava flows a short distance before cooling, forming steeply sloping sides.
Answers
Answer:
Shield volcanoes form very large, gently sloped mounds from effusive eruptions sorry if i got it wrong [tex]\leq[/tex]3
Answer:
Answer: C. Thin lava flows a long distance before cooling, forming gently sloping sides.
Explanation:
let me know if I am wrong.
If a purple-flowered, short-stemmed plant is crossed with a white-flowered, long-stemmed plant, would all of the purple-flowered offspring also have short stems? Why or why not? Plz give explanation
Answers
No. Not all of the offspring would have Purple-flowered, short-stemmed plant.
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant.
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant.
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant.
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant. Purple - dominant (P)
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant. Purple - dominant (P) Long/tall - dominant (T)
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant. Purple - dominant (P) Long/tall - dominant (T) White - recessive (p)
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant. Purple - dominant (P) Long/tall - dominant (T) White - recessive (p) Short - recessive (t)
No. Not all of the offspring would have Purple-flowered, short-stemmed plant. Only 50% of offsprings would have Purple-flowered, short-stemmed plant, and the other half would be Purple-flowered, tall/long-stemmed plant. Purple - dominant (P) Long/tall - dominant (T) White - recessive (p) Short - recessive (t) (P)(P)(t)(t) x (p)(p)(T)(t) <<< (Hömözygous Purple + Höm0zygous short * H0mòzygous white + Heterozygous Tall/Long)
zygous white + Heterozygous Tall/Long) (P)(p) (T)(t)
zygous white + Heterozygous Tall/Long) (P)(p) (T)(t) (P) (p)(t)(t)
zygous white + Heterozygous Tall/Long) (P)(p) (T)(t) (P) (p)(t)(t)=50 % purple flowered, tall/long-stemmed plant
zygous white + Heterozygous Tall/Long) (P)(p) (T)(t) (P) (p)(t)(t)=50 % purple flowered, tall/long-stemmed plant50% purple flowered, short-stemmed plant
zygous white + Heterozygous Tall/Long) (P)(p) (T)(t) (P) (p)(t)(t)=50 % purple flowered, tall/long-stemmed plant50% purple flowered, short-stemmed plantGenotype: Heterozygous Purple + Heterozygous Tall/long and Heterozygous Purple + H0mózygous short
zygous short Phenotype: Half of the offsprings are Purple-flowered, long-stemmed plant and other half Purple-flowered, short-stemmed plant
zygous short Phenotype: Half of the offsprings are Purple-flowered, long-stemmed plant and other half Purple-flowered, short-stemmed plant
is the average temperature of earth increasing? How do you know?
Answers
Answer:
yes
Explanation:
Increased about 1 degree C
These type of cells are specialized, complex, more modern and multi-cellular and most plants and animals fit into this domain.
options:
Prokaryotic Cells
Eukaryotic Cells
Neither A nor B
Both A and B
Answers
Answer:
Eukaryotic cells
Explanation:
Eukaryotic cells are cells in which nucleus and other cellular organelles are bounded by doubled membrane.
B. Eukaryotic Cells
Explanation:
all organisms with cells that have nucleus and membrane-bound organelles (all eukaryotes)
How are liverworts and hornworts different?
Answers
Answer:
The main difference between liverworts and hornworts is that the liverworts contain lobate, green, leaf-like structure whereas the hornworts contain narrow pipe like structures
Explanation:
Answer:
The gametophyte stage is the dominant stage in both liverworts and hornworts; however, liverwort sporophytes do not contain stomata, while hornwort sporophytes do.
Explanation:
A phase change diagram for water is shown below. The star on the diagram represents the temperature and pressure of some water vapor that a scientist has placed in a special container.
The scientist wants to make changes to the container that will allow the container to have some liquid water, some ice, and some water vapor at the same time. What change should the scientist make to the container?
A.
The temperature should not be changed, but the pressure should be increased.
B.
The temperature should not be changed, but the pressure should be decreased.
C.
The temperature should be increased, but the pressure should not be changed.
D.
The temperature should be decreased, but the pressure should not be changed.
Answers
The temperature should be decreased, but the pressure should not be changed.
What is Temperature and Pressure relation ?In contrast, as a gas's pressure falls, its volume rises as a result of the gas's ability to spread its particles farther apart. Because the volume of the gas has risen, weather balloons become larger as they ascend through the sky to lower pressure areas.
This is because when the atmospheric gas exerts less pressure on the balloon's surface, the inside gas expands until the internal and external pressures are equal.
Some of the early studies that established the quantitative relationship between the pressure and volume of a gas were done by the Irish chemist Robert Boyle (1627-1691).
Therefore, The temperature should be decreased, but the pressure should not be changed.
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From new moon phase to full moon phase, what do you see?
1. a decreasing amount of the lighted side of the Moon
2. the same amount of the lighted side of the Moon
3. an increasing amount of the lighted side of the Moon
I need an answer ASAP!! I will give you a brainliest!!
Answers
Answer:
I believe the answer is number 3: an increasing amount of the lighted side of the Moon.
Explanation:
When the Moon changes from new Moon to full Moon, the lighted side is shown more and more, increasing from the right side to the left until you can see the whole lighted side. This would mean you would see an increasing amount of the lighted side of the Moon.
Which correctly lists three characteristics of minerals?
A) solid, crystal structure, definite chemical composition
B) organic, crystal structure, definite chemical composition
C) human-made, solid, organic
D) crystal structure, definite chemical composition, human-made
Answers
Answer:
A
Explanation:
Minerals are naturally-occurring, inorganic, solids with a crystal shape/structure.
Hope that helps!!
Solid, crystal structure, definite chemical composition lists three characteristics of minerals. Therefore, option (A) is correct.
Minerals are non-artificial solids. They have a crystal structure that repeats atoms. Minerals contain certain elements in defined proportions. These traits help identify and classify minerals.
Other choices misrepresent minerals. B) includes "organic," which alludes to living organisms, while minerals are usually inorganic. C) contains "human-made" and "organic," which minerals are not. D) says "human-made," but minerals develop naturally in the Earth's crust. Therefore, option (A) is correct.
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What would the seasons on Earth be like if its axis was tilted like Uranus, perpendicular to its orbit? What would the climate at your location be like compared to how it's now?
PLZ Help!! I will give you a brainliest!
Answers
Answer:
srry i dont know i wanted points so i can ask my question but good luck
Explanation:
PHYSIOLOGY:
What can happen if the endocrine system malfunctions?
Answers
Explanation:
Your endocrine system releases the hormones in your body that controls your cells. The endocrine system is responsible for your growth. As a result of having it malfunction, your cells would no longer know when to do important things (such as deliver messages to parts of your body).
What factors determine the type of rocks that forms underground?
1.The amount of heat present
2.The amount of water present 2 out of 3 numbers are correct
or 3.The type of minerals that combine
Answers
Answer: the answer is (d)
Explanation:
The initial rocks that form an underground rock that was melted and the history of the molten rocks' cooling are the two main elements that affect the formation of igneous rocks.
What factors affect the rock's formation?
After a rock has been fractured, the fragments of rock and minerals are carried away by a process known as erosion.
The type of igneous rocks that form from magma depends on three factors, the chemical composition of the magma, the temperature at which solidification takes place, and the rate of cooling, which affects the crystallization process.
Therefore, factors determine the type of rocks that forms underground forces of weathering and erosion, and Magma's chemical makeup is subject to change.
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(NO BOTS OR LINKS) Which piece of evidence did Alfred Wegener's original theory of continental drift have access to?
A. seafloor spreading at mid-ocean ridges
B. reversing paleomagnetism in rocks on the ocean floor
C. a seafloor that was geologically active with earthquakes, volcanoes, and mountain chains
D. evidence of ancient tropical swamps in cold regions of North America
Answers
Answer:
bro ik i want the same thing but on this website u dont get answers sorry bro if i cant get answers no one can XD
Explanation:
(seafloor spreading at mid-ocean ridges).
<3
Which statement best describes how this puddle demonstrates that matter is too small to be seen without magnification?
The light causes a reflection to appear on the surface of the water.
The person cannot see the bottom of the puddle.
The twig floats on top of the puddle of water.
The water cannot be seen when it evaporates.
Answers
Answer:
The twig floats on top of the puddle of water.
Explanation:
The twig will almost seem like magic. Because water is clear its hard to understand matter holding the twig up. But under a microscope you are able to see the qualities of water and the building blocks of matter.
The twig floats on top of the puddle of water best describes how this puddle demonstrates that matter is too small to be seen without magnification. The correct option is C.
Thus, The inability of the individual to see the puddle's bottom proves that the matter (in this case, the water's constituent particles) is too small to be seen without a magnifying glass.
Because the water droplets are so tiny and tightly packed, light cannot penetrate through the puddle to expose its bottom.
This finding emphasizes how tiny the individual particles are that make up matter.
Thus, The twig floats on top of the puddle of water best describes how this puddle demonstrates that matter is too small to be seen without magnification. The correct option is C.
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what are the uses of compases?
Answers
Answer:
to tell directions
Explanation:
find your way
Answer:
Locate places
Explain how resting potential is maintained and how an action potential occurs.
Answers
Answer:
resting potential is maintained by ion leaks and ion pumps
action potential occurs by:
- depolarization
-repolarization
-hyperpolarization
Explanation:
