Marie Curie: A Journey Through Science and Sacrifice

Marie Curie, born in Poland in 1867, was a pioneering physicist and chemist. Despite early educational barriers, she excelled academically and moved to Paris to study at the Sorbonne. Curie, alongside her husband Pierre, discovered radioactivity and the elements polonium and radium, earning her two Nobel Prizes in Physics and Chemistry. Her work laid the foundation for modern medical treatments using radiation. Curie's dedication to science came at a personal cost, as she died from leukemia due to prolonged radiation exposure.

What precaution must one take to view Marie Curie's manuscripts?

• Get special permission from the government

• Pay a fee

• Sign a commitment term and wear radiation protection

• Wear a mask

Why was Marie Curie unable to attend university in Poland?

• The Russian government did not allow women to attend

• She did not have enough money

• She was not interested in higher education

• She failed the entrance exams

What did Marie Curie study at the Sorbonne University?

• Literature and History

• Physics and Mathematics

• Engineering and Medicine

• Chemistry and Biology

What significant discovery did Marie Curie make about uranium?

• It is a rare element

• It emits a mysterious radiation

• It is not radioactive

• It can be used as a fuel

Which two elements did Marie and Pierre Curie discover?

• Gold and Silver

• Uranium and Thorium

• Carbon and Hydrogen

• Radium and Polonium

In what year did Marie Curie win her first Nobel Prize?

• 1905

• 1903

• 1907

• 1901

How did Pierre Curie die?

• In a laboratory accident

• In a war

• From a disease

• He was hit by a carriage

What was Marie Curie's second Nobel Prize for?

• Chemistry

• Medicine

• Physics

• Literature

What did Marie Curie propose during World War I?

• The creation of a new element

• The use of mobile radiological units

• The development of nuclear weapons

• The establishment of a new university

What was the cause of Marie Curie's death?

• Cancer

• Old age

• Leukemia due to radiation exposure

• Heart attack