Want this question answered?
It refers to the Catholic church's reaction to reverse (or counter) the Protestant Reformation.
Spain was strongly opposed to the Protestant Reformation. King Philip II and the Spanish Inquisition worked to suppress any spread of Protestant ideas in their territories. They viewed the Reformation as a threat to their authority and saw it as heretical.
Luther's reaction to the Peasants' War was generally unsupportive, fearing the chaos it could bring. While this did not directly lead to the Counter-Reformation, it did contribute to the fractured state of Christianity in Europe, prompting further religious unrest and debates. The Counter-Reformation was more a response to the Protestant Reformation, focusing on reforms within the Catholic Church to address criticisms raised by reformers like Luther.
the Counter-Reformation! a series of meetings at Trent, in Italy, led to the Church being reformed. Simony, Nepotism, absenteeism, pluralism and the Sale of Indulgences were banned, along with all Protestant teachings and books. a law was made that said all priests had to train in a seminary for 7 years before becoming a priest.
Martin Luther led the reformation which began in Germany. It was formed as a reaction to the percieved corruption of the Holy Roman Catholic Church, especially the Papal policy of the sale of indulgences (the ability for a person to pay for forgiveness and exemptions from commited mortal and corporeal sins)
I think is reaction.
This influence is practically zero.
The chemical reaction was pretty violent.He had a bad reaction to the peanuts.The road conditions influence your reaction times.He waited for her reaction.
I think is reaction.
If you mean: "......in reaction to ther Reformation movement started by Luther and Calvin", the answer is that the name is the Counter-Reformation, started by the Roman Catholic Council of Trent, held between 1545 and 1563.
no. the amount of catalyst does not influence the reaction; A catalyst simply provides an alternative route for the reaction with a lower activation energy.
yes