He didn't react violent at all. As a matter of fact he reacted very apathically. The third estate wanted to overtrow the monarchy (thus, Louis XVI as their king), and since he was an execellent king, he was also a weak one. He did not resist. The only thing he did do, was try to flee the country, but he was captured.
Some were happy and some were furious
The elders thought that they were a disgrace . They went against all the morals and they thought that the flappers were too revealing.
I know that the increase in radicalism was due to the unfair treatment of the Third Estate (aka the low classes, the poor people). King Louis XVI taxed them heavily and granted them no civil liberties, while the clergy and nobles got lots of privileges. I think that the conservatives tried to resist the rebellion, but I'm not completly sure. I don't know what the moderates did. Source: Western Civilization by Jackson Spielvogel Are you in APEC? cuz i had the same questionon a worksheet.
The peasants reacted to the economic problems in China during the 19th century through the Yellow Turban Rebellion against Emperor Lingdi.
Go suck a w.e.i.n.e.r
Oxygen can react violently with flammable materials, such as fuels, causing them to ignite or explode. It can also react violently with certain metals, such as sodium or magnesium, producing intense heat and light.
Yes.
Violently
yes.
Coper
One example of an element that fits this description is noble gas. Noble gases such as helium, neon, and argon do not react with water and can react violently with air when exposed to certain conditions.
alkali metals react violently in cold water
Lithium will react violently with water. Do not put it in water
Yes , it is true.
Potassium is one of the most reactive metals and will react violently with an acid, producing hydrogen gas and a lot of heat. This reaction can be dangerous and should be done with caution.
Metals such as magnesium, zinc, and iron will react more violently than aluminum with hydrochloric acid. This is because these metals are higher in the reactivity series and will displace hydrogen gas more readily from the acid.
cherry pez