Superheavy Elements and the Periodic Table

What is the significance of studying superheavy elements?

• They have no impact on scientific models.

• They are stable and long-lasting.

• They help us understand the formation of matter and the universe.

• They are commonly found on Earth.

Who laid the foundations for the modern periodic table?

• Isaac Newton

• Albert Einstein

• Marie Curie

• Dmitri Mendeleev

What tool is used to create superheavy elements?

• Spectrometer

• Cyclotron

• Telescope

• Microscope

Why are superheavy elements difficult to study?

• They are very stable.

• They are easy to isolate.

• They are abundant in nature.

• They exist for a very short time.

What is the primary goal of FIONA?

• To create new elements

• To destroy unstable elements

• To rearrange the periodic table

• To confirm the mass numbers of superheavy elements

What effect might cause heavy elements to behave unexpectedly?

• Relativistic effects

• Magnetic effects

• Thermal effects

• Gravitational effects

What is the potential end of the periodic table according to predictions?

• Element 150

• Element 200

• Element 172 or 173

• Element 180

What is a major challenge in discovering new elements?

• Lack of interest

• High cost

• Low probability of nuclei fusion

• Abundance of elements

What fundamental question does the study of elements aim to answer?

• How to create energy

• How many elements exist in the universe

• How to build advanced technology

• How to cure diseases

What does the formation of elements tell us about?

• The weather patterns

• The future of technology

• The history of Earth

• Nuclear theory and the nucleus