Moon's atmosphere can filter the dangerous radiation

The statement that the moon's atmosphere can filter the dangerous radiation is not true. The moon does not have a substantial atmosphere like the Earth, and therefore it cannot provide the same level of protection from harmful radiation.

Explanation:
- The moon's atmosphere: Unlike the Earth, the moon does not have a significant atmosphere. The Earth's atmosphere is composed of various gases that help to filter out harmful radiation from the sun, such as ultraviolet (UV) rays. However, the moon's atmosphere is extremely thin, almost negligible, and cannot effectively filter out the dangerous radiation.

- Lack of protection: Due to the absence of a substantial atmosphere, the moon is exposed to various types of radiation from the sun. These include not only UV rays but also other forms of radiation such as X-rays and gamma rays. Without the protective shield of an atmosphere, these radiation types can reach the moon's surface directly.

- Impact on living organisms: The lack of radiation protection on the moon makes it a harsh environment for living organisms. If humans were to spend extended periods of time on the moon without the necessary protection, they would be exposed to high levels of radiation, which could lead to various health issues, including increased risk of cancer and damage to cells and DNA.

- Space suits: Astronauts who visit the moon or engage in spacewalks outside of spacecraft need to wear specially designed space suits. These suits are equipped with radiation shielding materials that help protect the astronauts from the harmful effects of radiation. The suits act as a barrier between the astronauts' bodies and the harsh space environment.

In conclusion, the statement that the moon's atmosphere can filter the dangerous radiation is not true. Due to the moon's lack of a substantial atmosphere, it cannot provide the same level of protection from harmful radiation as the Earth does.

Because moon has not as much stronger atmosphere than earth