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The Marriage of an Esteemed Supreme Healer, a Noble Ruler
Author: Zhan Xiye
Completed · 9.1M Views
Synopsis
In her previous life, she was the esteemed princess destined to be worshipped by everyone. However, she ultimately burns herself to death when she is betrayed on the eve of her wedding day! She is reborn into a declining aristocratic family as a loser and forgotten daughter. While she leads a life full of bullying and suffering, the ones who had hurt her before are already enjoying the glory of the world at the top! Once reborn, the phoenix dances to the nine heavens, taming magical beasts, strengthening her force, and dictating life and death of gods and humans as the master healer. To those who betrayed and humiliated her, she swears a hundred-fold return on them for the torture she suffered! … His Highness, Prince Li, is frail and gentle. As the Night King who holds the world in his hands, he gives everything up for the sake of one person. To his only love, he promises her a life with eternal peace and joy. … She thinks her journey would be filled with blood and tears, but she doesn’t know that what awaits her is a long-premeditated lifetime of love and prosperity! One little drama along the way… At first, everyone advised, “Your Highness, the forgotten daughter of the Chu family is unworthy of you!” Later, everyone mocked, “The frail Prince will never be a worthy match to the Princess destined for greatness!” In the end, everyone sighed sorrowfully, “Why? Is she really worth it?” He simply smiled. “I will follow her even if she is in the clouds; if she turns into dust, I will follow suit, too. For her, nothing was bitter in our previous lives; our remaining years will be full of sweetness.
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Sensational! Fake Noble VS Real Genius

[1v1 pure love + transmigration + ancient martial arts + highly pampered by disguise group + mysticism + entirely fictional universe] Gu Zhiqi transmigrated into the role of the vicious female antagonist. The heroine was a true heiress with numerous disguises, while she, usurping the nest of others, constantly framed the heroine, and in the end, tragically received her 'boxed lunch' as the fake heiress. Gu Zhiqi: Even transmigration can't stop me from retiring! However, transmigration couldn't, but poverty could. Master Zhi was forced into business! ... #Breaking! Gu Family's fake heiress, Gu Zhiqi, kicked out and now swindling money as a fortuneteller under a bridge# The protagonists' group style started to go awry. Eldest Brother Gu: Need money? Take this neighborhood. Second Brother Gu: Second bro gives you an entertainment company. Third Sister Gu: Just made a billion, keep it safe. Fourth Brother Gu: Young master's championship prize money, take it. Money-loving heroine: Need money? Pick any color card you like. Biological brother: Come back to inherit the family fortune. Gu Zhiqi: "..." Huh? What happened to the vicious female antagonist script? ... #Breaking! Everyone in the Gu Family is a top player in their fields, except the fake heiress who's nothing but a pretty face# And then, the big shots started calling one after another. First Big Shot: Our alliance's ancestral site doesn't have better feng shui than under a bridge? Master Gu, reconsider? Second Big Shot: Need money? Think about that last order. Third Big Shot: Have time for fortune-telling, but no time to write papers? Fourth Big Shot: Miss Gu, I have a surgery here, what do you think... ... Gu Zhiqi: Read, retiring, do not disturb. A certain movie star: You just used my account. Gu Zhiqi, who had swindled enough money to retire, "..." ?!

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Liquefied gases
1 answer
2026-02-19 18:28
The common liquefied gases in middle school include Cl2, SO2, NH2, H2S, NO2, CO2, CO2, and HC1. The rarer liquefied gases include CHF, CHF, CHF. The novel " Watching the Moon on Fish Island " is equally exciting. Everyone is welcome to click and read it!
Earth's greenhouse gases
1 answer
2026-07-03 03:50
Greenhouse gases (ghgs) refer to gaseous components that exist naturally in the atmosphere and are produced by human activities that can absorb and emit radiation from the earth's surface, atmosphere, and clouds. Common greenhouse gases include water vapor, carbon dioxide (CO2), and methane (CH). However, because the concentration of water vapor is not directly affected by human activities and is not the main driver of climate change, the so-called greenhouse gases mainly refer to carbon dioxide, methane, nitrogen dioxide (N O), fluorides (HF), perfluorides (PVP), sulfur hexafluoride (CHF), and so on. In 1896, the Swedish physicist Svante Arsenius first studied the relationship between greenhouse gases and temperature. Since then, people's research on greenhouse gases has gradually begun. The main greenhouse gases in the atmosphere are carbon dioxide, methane, and nitrogen dioxide, which contribute 25%, 15%, and 4%, respectively, to the greenhouse effect. Since the industrial revolution in the 19th century, with the acceleration of the process of industrialization, human activities have greatly increased the concentration of greenhouse gases such as methane and carbon dioxide in the atmosphere. For example, the global atmospheric carbon dioxide concentration observed by the World Meteorology Organization's Global Atmospheric Observation Program reached 417.9 + 0.2 parts per million in 2022. The release of greenhouse gases would lead to extreme weather, global sea level rise, ocean fermentation, accelerated iceberg melting, and other problems, which would have a great impact on human life and production. In order to reduce greenhouse gas pollution, countries around the world have taken a series of measures, such as establishing a sound accounting and monitoring system, formulating greenhouse gas pollution regulations, and optimization of energy structure. On December 10, 1997, the third Conference of the States parties to the United Nations framework convention on climate change adopted the Paris Agreement of the United Nations framework convention on climate change. The outline formally stipulated the reduction of carbon dioxide, methane, nitrogen dioxide, fluorides, fluorides, and sulfur hexa.
Will iron react with rare gases?
1 answer
2026-07-02 16:13
Rare gases were not very active and did not easily react with other substances. There was no data showing that iron would react with rare gases. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The reason why gases are easily liquefied
1 answer
2026-06-29 09:33
The reason why gases were easily liquefied was mainly related to the intermolecular forces. For some gases, such as Cl2, its melting and boiling point is relatively low, and it is easy to liquify at a pressure of 101kPa and a temperature of-34.6 ° C. The relative molecular mass of Cl2 was relatively small, and the van der Waals force between the molecules was small. This intermolecular force was easily destroyed and liquefied. The reason why the nitrogen gas was easy to liquify was because it contained hydrogen bonds in its molecules, which increased the interaction force between the molecules. Therefore, the nitrogen gas could be liquefied at room temperature. In general, the intermolecular forces (including van der Waals forces, hydrogen bonds, etc.) were weak and easily changed under certain temperature and pressure conditions, which was the main reason why gases were easy to liquify. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
Stories about Solids, Liquids and Gases Online
3 answers
2024-11-18 08:54
There are many interesting online stories about solids, liquids and gases. For example, there are stories that explain how water (a liquid) can turn into ice (a solid) when the temperature drops. This is a simple yet fascinating transformation that shows the different states of matter. Another type of story might be about how gases like oxygen are essential for life on Earth. These stories can be very educational for students learning about the basic concepts of matter.
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