Marie Curie won the Nobel Prize in Physics in 1903 (shared with Pierre Curie and Henri Becquerel) and the Nobel Prize in Chemistry in 1911 for discovering the elements polonium and radium. The Nobel Prize organization notes she is the only person to win Nobel Prizes in two different sciences.
Atoms and elements, the building blocks
Everything around you, your toys, your juice, even you, is made of tiny pieces called atoms. They are so small you could never see one, even with a magnifying glass. Atoms are like LEGO bricks: there are only a few kinds, but you can build almost anything with them.
- An atom is the smallest piece of an element that still acts like that element.
- Every atom has a centre called the nucleus, made of protons (positive charge) and neutrons (no charge). Tiny electrons (negative charge) move around the nucleus.
- An element is a substance made of only one kind of atom. Examples: oxygen (O), carbon (C), iron (Fe), gold (Au).
- The atomic number is the number of protons. It decides which element an atom is: every carbon atom has 6 protons; every oxygen atom has 8.
- The periodic table lists all the known elements in order of atomic number. There are 118 elements officially recognized by IUPAC (the International Union of Pure and Applied Chemistry). Elements 113, 115, 117 and 118 completed the table's seventh row; their names (nihonium, moscovium, tennessine, oganesson) were approved in 2016.
- Elements in the same column (group) of the table often behave in similar ways.
- Find a periodic table: a school poster or a search for IUPAC periodic table.
- Find hydrogen, carbon, oxygen, sodium and aluminium.
- Write each one's symbol and atomic number (the number of protons).
- Next to each, write one thing at home that contains it: water, pencil graphite, air, table salt, foil.
- Look at which column each element is in and note one neighbour in the same column.
- Check: you have five symbols with atomic numbers and five home examples.
Videos by other creators on YouTube, for reference. They are not made by or affiliated with The Future Market.
Read the video script
[Host, holding a LEGO brick] "Everything you can touch is built from tiny bricks called atoms."
[Text on screen: proton +, neutron 0, electron -] "Each atom has protons and neutrons in the middle, and electrons zooming around."
[Screen: periodic table, zooming in on carbon] "Count the protons and you know the element. Six protons? That's carbon."
[Text on screen: 118 elements] "Scientists have officially named 118 elements so far."
[Host] "Your challenge: find three elements in your kitchen. Hint: check the salt and the foil."
Look at a periodic table (search "IUPAC periodic table" or use a school poster). Find these five: hydrogen, carbon, oxygen, sodium, aluminium. Write each one's symbol and atomic number. Then find one thing in your home that contains each (water, pencil "lead" is graphite which is carbon, air, table salt, foil).
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I'm learning "Chemistry Basics: atoms, reactions, safe kitchen science" on The Future Market. Lesson 1: "Atoms and elements, the building blocks". What the lesson teaches: - An atom is the smallest piece of an element that still acts like that element. - Every atom has a centre called the nucleus, made of protons (positive charge) and neutrons (no charge). Tiny electrons (negative charge) move around the nucleus. - An element is a substance made of only one kind of atom. Examples: oxygen (O), carbon (C), iron (Fe), gold (Au). - The atomic number is the number of protons. It decides which element an atom is: every carbon atom has 6 protons; every oxygen atom has 8. - The periodic table lists all the known elements in order of atomic number. There are 118 elements officially recognized by IUPAC (the International Union of Pure and Applied Chemistry). Elements 113, 115, 117 and 118 completed the table's seventh row; their names (nihonium, moscovium, tennessine, oganesson) were approved in 2016. - Elements in the same column (group) of the table often behave in similar ways. The exercise I'm working on: Look at a periodic table (search "IUPAC periodic table" or use a school poster). Find these five: hydrogen, carbon, oxygen, sodium, aluminium. Write each one's symbol and atomic number. Then find one thing in your home that contains each (water, pencil "lead" is graphite which is carbon, air, table salt, foil). I'm stuck. Please: 1. Explain the main idea in plain, simple words with one everyday example. 2. Walk me through the exercise one small step at a time. Ask me what I've done so far before giving the next step. 3. Don't just give me the final answer. Help me do it myself, and check my work when I share it.
I'm a parent helping my child (about 8 years old) with a lesson called "Atoms and elements, the building blocks" from the course "Chemistry Basics: atoms, reactions, safe kitchen science". Here's what the lesson says: Everything around you, your toys, your juice, even you, is made of tiny pieces called atoms. They are so small you could never see one, even with a magnifying glass. Atoms are like LEGO bricks: there are only a few kinds, but you can build almost anything with them. The activity: Look at a periodic table (search "IUPAC periodic table" or use a school poster). Find these five: hydrogen, carbon, oxygen, sodium, aluminium. Write each one's symbol and atomic number. Then find one thing in your home that contains each (water, pencil "lead" is graphite which is carbon, air, table salt, foil). Please explain this so an 8-year-old understands: short sentences, a fun everyday example, and no hard words. Then give me 3 simple questions I can ask my child to check they understood, and a way to do the activity together, one tiny step at a time.
Sources
- IUPAC, Periodic Table of the Elements (elements 113, 115, 117, 118): iupac.qmul.ac.uk/AtWt/table.html
- IUPAC news, discovery and assignment of elements 113, 115, 117 and 118: www.iupac.org/news/news-detail/article/discovery-and-assignment-of-ele
- Nobel Prize, Marie Curie facts (Physics 1903): www.nobelprize.org/prizes/physics/1903/marie-curie/facts
- Nobel Prize, Marie Curie facts (Chemistry 1911): www.nobelprize.org/prizes/chemistry/1911/marie-curie/facts
Molecules, compounds and the states of matter
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Mixtures, solutions and dissolving
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Chemical reactions and how to spot them
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Acids, bases and the pH scale
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Kitchen-lab safety and hazard symbols (with Canadian examples)
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Final project
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Quiz
What three particles make up an atom?
Protons, neutrons and electrons.
What does the atomic number tell you?
The number of protons, which decides which element it is.
How many elements are officially recognized by IUPAC?
118.
What is the chemical formula for water?
H2O (two hydrogen atoms and one oxygen atom).
Is melting ice a physical or chemical change?
Physical: it is still water and can freeze again.
Name three signs a chemical reaction happened.
Any three of: gas bubbles, colour change, temperature change, new smell, a solid forming.
What gas makes the balloon grow in the baking soda and vinegar test?
Carbon dioxide (CO2).
What pH is neutral?
7.
What colour does red cabbage indicator turn in vinegar?
Pink/red, because vinegar is an acid.
On a Canadian product label, what does an octagon frame around a symbol mean?
The contents are dangerous.
Why should you never mix bleach with other cleaners?
It can produce toxic gas.
Which two Nobel Prizes did Marie Curie win?
Physics (1903, shared) and Chemistry (1911).
Final exam
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Certificate
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