Why do planet do not twinkle?

Question

Answer

Planets are not too much far from earth thus their light(light of sun) come purely on earth and not distract too much by atmospheric refraction, that's why they do not seems to be twinkle.

Answer

Because vo bhadve hote h :p

Answer

•Stars are so distant that they appear as pinpoints of light in the night sky when viewed through a telescope.

•Because all the light is coming from a single point
its path is highly susceptible to atmospheric interference

•(i.e. their light is easily diffracted).

Answer

Loll

Answer

Hey yogashri can u accept my chat request pls

Answer

Planets are  so exist that they show actual production

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Because the planet donot have own heat and light they have  their celestial bodies

Answer

Planets do not have their own light and if their is no light so how  atmospheric refraction  can be  done

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Planets do not twinkle because they are non luminescent bodies. Only luminescent celestial bodies (stars) emit light continuously and this light when passes through the atmosphere of varying densities they seem to twinkle due to atmospheric multiple refraction.

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Planets are much closer to the earth as compared to the stars they are bigger when we observe them from earth. planets are made up of large number of point sources. due to atmospheric refraction each point source will appear to Twinkle, the total effect will be nullified

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Because it is too far and stars are so close planet acts like star but many planets are too far away from earth

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While stars are single point sized sources, planets are a collection of a large number of sources. when a large number of these enter the observer's eyes, it averages out to zero, therefore giving a nullified effect.

Answer

Unlike stars, planets don't twinkle. Stars are so distant that they appear as pinpoints of light in the night sky, even when viewed through a telescope. Because all the light is coming from a single point, its path is highly susceptible to atmospheric interference (i.e. their light is easily diffracted).

Answer

Planets do not twinkle because:1. Planets are not a source of light. Instead, they reflect low intensity light reaching them. 2. They are also closer to the Earth than the distant stars. Hence, the shift due to atmospheric refraction is smaller.3. As the planets are closer, planets appear larger in comparison to the stars. Hence, the shift is not enough for the planets to twinkle.

Answer

Why do planets not twinkle?

Planets do not twinkle like stars because of several factors that differentiate them from stars. Let's delve into these factors and understand why planets appear steady and do not exhibit the twinkling phenomenon.

1. Comparative Size and Distance
Planets are much closer to Earth compared to stars. While stars are located at immense distances, planets in our solar system are relatively close. This proximity plays a crucial role in the perception of their brightness. The distance between Earth and planets is small enough for our eyes to distinguish their size, making them appear as discs of light rather than mere points.

2. Atmospheric Effects
The Earth's atmosphere causes the twinkling effect we observe in stars. As starlight passes through the Earth's atmosphere, it encounters various layers of air with different densities. These density fluctuations cause the light to refract and scatter, leading to the twinkling effect. However, planets are relatively closer and their light passes through a larger portion of the Earth's atmosphere. Due to this extended path, the atmospheric effects get averaged out, resulting in a steadier and less twinkling appearance.

3. Apparent Motion
Another reason why planets do not twinkle is their apparent motion in the night sky. Unlike stars that appear fixed, planets exhibit noticeable movement as they orbit the Sun. This continuous motion helps to differentiate them from stars and contributes to their steady appearance.

4. Reflective Nature
Planets, unlike stars, do not emit their own light but instead reflect the sunlight falling on them. This reflective nature also contributes to their steady appearance. The light from the Sun is relatively constant compared to the distant stars, further reducing the twinkling effect.

Conclusion
In conclusion, planets do not twinkle due to their comparative size and distance, atmospheric effects, apparent motion, and their reflective nature. These factors combine to create a steady and non-twinkling appearance in the night sky. So, next time you gaze at the planets, remember that their stability is a result of various factors working together to create this unique phenomenon.

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