Periodic Table Updates and Super-Heavy Elements

The video discusses recent changes to the periodic table, highlighting the naming of four new elements: Nihonium, Moscovium, Tennessine, and Oganesson. It explains the complex process of creating super-heavy elements using particle accelerators and the challenges faced due to their instability. The video also covers the naming conventions set by the International Union of Pure and Applied Chemistry (IUPAC) and the future prospects of discovering elements beyond the seventh row. Finally, it acknowledges the support from patrons and encourages viewers to subscribe for more educational content.

Why might your old chemistry textbook be considered outdated?

• The periodic table has new elements.

• The periodic table is no longer used.

• Chemistry laws have changed.

• Textbooks are now digital.

What is a major challenge in creating new super-heavy elements?

• Lack of funding for research.

• The instability of large atomic nuclei.

• Finding enough scientists.

• Shortage of particle accelerators.

How do scientists prove the creation of a new element?

• By observing its smell.

• By measuring its color.

• By tasting it.

• By recording its radiation decay.

What is the name of element 113?

• Nihonium

• Moscovium

• Oganesson

• Tennessine

Which element is named after a city in Russia?

• Tennessine

• Moscovium

• Oganesson

• Nihonium

What is the significance of the name 'Tennessine'?

• It is named after a place in the U.S.

• It refers to a myth.

• It is named after a mineral.

• It honors a scientist.

Who is Oganesson named after?

• A city in Japan.

• A mythological figure.

• A Russian nuclear physicist.

• A famous chemist.

What is the next element scientists aim to create?

• Element 121

• Element 122

• Element 119

• Element 120

What is a potential limitation in creating elements beyond the seventh row?

• Insufficient funding.

• The limits of current technology.

• Lack of international collaboration.

• Lack of interest in chemistry.

What might be necessary for future updates to the periodic table?

• More chemistry teachers.

• Advancements in particle accelerator technology.

• Increased student interest.

• New textbooks every year.