would there still be mirage if the speed of light were the same in air of various densities and temperature? NEED NOW
1. would there still be mirage if the speed of light were the same in air of various densities and temperature? NEED NOW
Answer:
Assuming the speed of light in vacuum is the same as that velocity of light in the all gases no matter how thin, then no. There is an ambiguity implicit in your hypothesis between air and vacuum.
Assuming the speed of light in vacuum is the same as that velocity of light in the all gases no matter how thin, then no. There is an ambiguity implicit in your hypothesis between air and vacuum.A finite thickness of the atmosphere can vary in places, producing a twinkle. The atmosphere of sun and earth hypothetically extend to infinity. The atmosphere of the earth has to give way at some point to the atmosphere of the sun. The speed of light in the outer atmosphere of the sun might have a different index of refraction than the atmosphere of the earth.
Assuming the speed of light in vacuum is the same as that velocity of light in the all gases no matter how thin, then no. There is an ambiguity implicit in your hypothesis between air and vacuum.A finite thickness of the atmosphere can vary in places, producing a twinkle. The atmosphere of sun and earth hypothetically extend to infinity. The atmosphere of the earth has to give way at some point to the atmosphere of the sun. The speed of light in the outer atmosphere of the sun might have a different index of refraction than the atmosphere of the earth.If the air had a different index of refraction that was the same at all densities, then one has to know a lower bound to density where the air ends. Then the atmosphere could have a thickness that varies with space and time. Then the fluctuations in thickness could cause a twinkle.
Assuming the speed of light in vacuum is the same as that velocity of light in the all gases no matter how thin, then no. There is an ambiguity implicit in your hypothesis between air and vacuum.A finite thickness of the atmosphere can vary in places, producing a twinkle. The atmosphere of sun and earth hypothetically extend to infinity. The atmosphere of the earth has to give way at some point to the atmosphere of the sun. The speed of light in the outer atmosphere of the sun might have a different index of refraction than the atmosphere of the earth.If the air had a different index of refraction that was the same at all densities, then one has to know a lower bound to density where the air ends. Then the atmosphere could have a thickness that varies with space and time. Then the fluctuations in thickness could cause a twinkle.
2. Analyze Figure 4 and label the numbered parts to understand how mirage occurs. You can select from the given words inside the box. Direct sunlight | Bent light from the sky | Cool air | Observer | Hot air | Mirage | Hot ground | apparent path of light
Answer:
1. Direct Sunlight
2. Bend light from the sky
3. Mirage
4. Apparent path of light
5. Observer
6. Cool Air
7. Hot Air
8. Hot ground
Explanation:
3. 42. What is a mirage? When are mirages formed? Give an example of a mirage you
Mirages happen when the land is hot and the air is cool. ... Air has different refractive indexes at different temperatures. Now, the light that moves from cool air to hot air refracts in U-shaped bent, back into the atmosphere but doesn't hit anything on the earth. It refracts back causing total internal reflection.
4. It filters the air as it goes inside the body
Answer:
Cilia (pronounced SIL-ee-uh) are tiny hairs that protect the nasal passageways and other areas of the respiratory tract by filtering away dust and other particles that enter the nose through inhaled air.
Explanation:
It filters the air as it goes inside the body.
#CarryOnLearning
Answer:
Cilia
cillia are the tiny hairs that protects the body's nasal airway / nose they aid in stoping dust and other micro organisms to enter our nassal passage way
meaning Po is
yang hair sa nose natin Ang nag stop sa mga dust para pumunta sa ating respiratory organs
hope it helps
5. tiny hair in the nose that filter the air
Answer:
cilia
Explanation:
Answer:
cilia
Explanation:
Tiny hairs called cilia protects the nasal passageways and other parts of the respiratory tract, filtering out dust and other particles that enter the nose through the breathed air.
6. filters the air in the nose its cillia
Answer:
whatttttttttttt i cant understand
7. the organ in which the air enters and filtered
i think air enter first with the nose
8. it is where the air is filtered, moistened and warmth
Answer: Nasal epithelium
Explanation: part of the respiratory system where air is filtered, moistened and warmed in humans.
9. the organ in which the air enters and filtered
Lungs - is a organ that filters the air
10. 2. It is where the air is filtered, moistened and warmed.
Answer:
The air is warmed, moistened and filtered by mucous secretions and hairs in the nose.
11. The organ through which the air enters and is filtered..
Answer:
nose.
Explanation:
it filters the air that enter our body.
12. which of the following is not the function of the lungs? A. filter and purity the air B. remove carbon dioxide C.produces bile to digests fats D. filter the air that we inhale
Which of the following is not the function of the lungs?
The answer would be letter C.
The lungs do not produce bile, it is a common misconception, the organ that produces bile is the liver, the purpose of bile is to break down fatty acids.
#CarryOnLearning
13. 1. Moistens, filters, and warms the air
Answer:
Nose or nasal cavity
Explanation:
cilia- filter dust air
14. mirage is an example of?
it's an example of Total Internal Reflection
15. Moisten,Filters and warms the air
Answer:
It's Respiratory System Organ
Explanation:
~In addition to the lungs, these organs include the pharynx, larynx, trachea and bronchi. The nasal cavity is also part of the respiratory system. The nose and nasal cavity filter, warm, and moisten the air we inhale. Hairs and mucus produced in the nose trap particles in the air and prevent them from reaching the lungs.
Answer:
The upper respiratory system consists of the nose, nasal cavity, paranasal sinuses, and the pharynx Filters, warms, and humidifies incoming air (necessary to protect the more delicate tissues of the lower respiratory system) •Composed of the structures involved in ventilation (breathing) and gas exchange.
16. It is where the air is filtered, moistened and warmed
Answer:
Mucous secretions and hairs in the nose.
Explanation:
Air enters the body through your mouth and nose. The air is warmed, moistened and filtered by mucous secretions and hairs in the nose. The larynx sits at the top of the trachea
17. location where air filter is installed
Answer:
The air filter is typically located at the point where the return duct enters the air handler. Larger houses often have more than one HVAC system. Each system will typically have at least one air filter. Therefore, your home may have air filters located at the air handler AND in the returns.
Explanation:
18. it filters the air ang cleans the air
Answer:
the answer is tree and flowers
Answer:
plants
Explanation:
only plants can really filter and cleans the air
19. dirt and dust in air is filtered
Answer:
The short answer is yes, most air purifiers on the market are designed to remove large dust particles from the air. Many feature mechanical filtration, which is a method of capturing pollutants on filters. Either the particles are meant to stick to the filter or be trapped within the filter fibers.
20. dirt and dust in air is filtered
Answer:
IN THE NASAL CAVITY THE AIR IS WARMED, MOISTENED, FILTERED.
21. the organ into which air enters an is being filtered
Answer:
Lungs
Explanation:
im not sure tho ye but lungs is where air enters
Answer:
Respiratory System
Explanation:
Air is enters the body through nose, is warmed, filtered and passess through the nasal cavitiy
22. Do face masks filter the air?
Yes it does
Hope it helps
23. it filter the air that gets inside the body
Answer:
The inside of your nose is called the nasal cavity. A mucous membrane lines your nasal cavity and it helps keep your nose moist. Little hairs inside your nasal cavity help filter the air you breathe in, and block dirt and dust from getting into your lungs.
Explanation:
pa brainly thanku.
24. where the air is filtered, moistened and warmed
Answer:
The air is warmed, moistened and filtered by mucous secretions and hairs in the nose. The larynx sits at the top of the trachea. It contains your vocal cords. Each time you breathe in or inhale, the air passes through the larynx, down the trachea and into the lungs
Explanation:
ok nba yn?
Answer:
the nose
The air is warmed, moistened and filtered by mucous secretions and hairs in the nose. The larynx sits at the top of the trachea. It contains your vocal cords. Each time you breathe in or inhale, the air passes through the larynx, down the trachea and into the lungs.
Hope It Helps po
25. ______ is where the dirt and dust in air is filtered
Answer:
nose/nostrilsExplanation:
With the help of the tiny hairs called cilia, the nostrils protect the nasal passageways by filtering out dirt and dust that enter through the breathed air.
26. Air fairs enters to the nose and is filtered by
Answer:
Tiny hairs called ciliaExplanation:
protect the nasal passageways and other parts of the respiratory tract, filtering out dust and other particles that enter the nose through the breathed air.pa brainliest nlng po :)CiliaThese are the one who clean the air from the nose before going to another organ.
27. 2. What happens to the air that enters the nose?A. Air is filtered, warmed and humidified.C. Air is warmed, watery and filteredB. Air is humidified, dried and unfiltered.D. Air is unfiltered, humidified and cooled
C. Air is warmed,watery and filtered.
28. what happen to the filtered air
Answer:
it broke due to overuse
Explanation:
Hope It Helps
Stay Safe And Healthy
God Bless
29. air conditioning units filtering or sieving?
My answer in this question is filtering
Answer:
filtering
Explanation:
hope it helos
30. It provides an entrance for air in which air is filtered by coarse hairs inside the nostrils
The nose provides an entrance for air; in which air is filtered by coarse hair inside the nostrils.
