periodic table portfolio assignment

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Chemistry Worksheets and Handouts (PDF for Printing)

This is a collection of free chemistry worksheets and handouts to print. Most of the printables are PDF files, although some are available as JPG or PNG files. All of these worksheets print cleanly on normal printer paper, plus you can resize them to fit your needs.

Here is a list of worksheets. This site also has articles explaining these topics in detail.

• Label Parts of the Atom [ Google Apps worksheet ][ worksheet PDF ][ worksheet PNG ][ answers PNG ]
• Acid formulas [ PDF ][ Answers ]
• Balancing equations Worksheet #1 [ PDF ][ Answers ] Worksheet #2 [ PDF ][ Answers ] Worksheet #3 [ PDF ][ Answers ] Worksheet #4 [ PDF ][ Answers ]
• Chemical and Physical Changes [ PDF ][ Answers ]
• Chemistry scavenger hunt [ PDF clues ][ Answers ]
• Element names crossword [ PDF ][ Answers ]
• Element symbols – Symbols that make words [ PDF worksheet ][ Answers ]
• Element symbols – Countries of the world [ PDF ][ Answers ]
• More element symbol worksheets
• Homogeneous or Heterogeneous Mixtures [ PDF ][ Answers ]
• Intensive and Extensive Properties [ Worksheet ][ Answer Key ]
• Intrinsic and Extrinsic Properties [ PDF ][ Answers ]
• Ionic and Covalent Compounds (Names and Identification) [ PDF Worksheet ][ Answer Key ]
• Ionic Compound Names and Formulas [ PDF Worksheet ][ Answer Key ]
• Metric to English Unit Conversions [ PDF Worksheet ][ Answer Key ]
• Mixtures [ PDF ][ Answers ]
• Periodic table scavenger hunt [ PDF clues ][ Answers ]
• Reading a meniscus [ PDF ][ Answers ]
• Reading periodic table element information Worksheet #1 [ PDF ][ Answers ] Worksheet #2 [ PDF ][ Answers ]
• Scientific Notation [ PDF ][ Answers ]
• Significant digits Rules [ PDF ][ Answers ] Addition and subtraction [ PDF ][ Answers ] Multiplication and division [ PDF ][ Answers ]
• Types of Chemical Reactions [ Worksheet ][ Answers ]

In addition to these chemistry worksheets, there is a collection of word search puzzles .

Chemistry Handouts

These chemistry handouts illustrate chemistry concepts and offer examples.

• Amino acid side chains [ PDF ]
• Antimatter examples [ PNG ]
• Atom facts [ PNG ]
• Chemical properties [ JPG ]
• Colligative properties [ JPG ]
• Electron configurations [ PDF ]
• Element electronegativities [ PDF ]
• 118 Element Flash Cards [ PDF ]
• Element list [ PDF ]
• Endothermic reactions [ PNG ]
• Error calculations [ JPG ]
• Exothermic reactions [ JPG ]
• Heterogeneous mixtures [ JPG ]
• Hydrocarbon prefixes [ JPG ]
• Ionic compound properties [ PNG ]
• Genetic codons [ PDF ]
• Lewis structures [ JPG ]
• Litmus test [ PNG ]
• Magnetic vs non-magnetic metals [ JPG ]
• Mole ratio [ JPG ]
• Organic vs inorganic [ JPG ]
• Oxidation numbers [ JPG ]
• Periodic table Bingo game [ PDF ]
• pH indicators [ PNG ]
• Physical change [ JPG ]
• Physical properties [JPG ]
• Noble metals [ JPG ]
• Reactants and products [ JPG ]
• RNA vs DNA [ JPG ]
• States of matter [ JPG ]
• Visible spectrum [ JPG ]

Periodic Tables

There’s a printable periodic table for just about any purpose, but some of the most popular are listed here.

• 118 element vibrant periodic table [ PNG ]
• Actinides [ JPG ]
• Blank periodic table [ PDF ]
• Element charges [ JPG ]
• Element density [ PDF ]
• Element electrical conductivity [ PDF ]
• Element state of matter [ PDF ]
• Muted color 118 element periodic table [ PDF ]
• Native elements [ JPG ]
• Valence [ JPG ]

Biology Worksheets and Handouts

Is biology more your thing? We’ve got similar resources for the life sciences, including biology, biochemistry, cell biology, and anatomy.

Chemistry Worksheets Terms of Use

You are welcome to print these resources for personal or classroom use. They may be used as handouts or posters. They may not be posted elsewhere online, sold, or used on products for sale.

This page doesn’t include all of the assets on the Science Notes site. If there’s a table or worksheet you need but don’t see, just let us know!

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21 Fascinating Periodic Table Activities for Chemistry Students of All Ages

Proving that fun is elemental to learning!

The periodic table of elements is key to understanding and mastering chemistry concepts. These periodic table activities are fun and engaging, and you can use many of them with both younger and older students. Pick a few to try in your own classroom!

Just a heads up, WeAreTeachers may collect a share of sales from the links on this page. Thank you for your support!

1. Start with an anchor chart

The periodic table is an ingenious construction, but it takes a little explaining. These anchor charts explain the layout and details and are excellent references to use throughout all your periodic table activities.

Learn more: Scholastic

2. Explore an illustrated periodic table chart

Teachers love this chart, and for good reason. It brings the table to life, helping chemistry students understand the role each element plays in the world around us. You can print copies of it for free, or buy posters and card sets. There’s even an interaction version !

Learn more: elements.wlonk.com

3. Color and learn about the elements

You can use this clever coloring book for all kinds of periodic table activities. Try a few free printable pages from author Teresa Bondora’s site here . If you like them, buy The Periodic Table of Elements Coloring Book on Amazon .

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4. Sing a periodic table song

Though kids don’t necessarily need to memorize the periodic table, songs like this one can help if they want to try! We love this new up-to-date take, but the old Tom Lehrer classic from 1959 is lots of fun too .

5. Build a model using egg cartons

Love a good recycled craft project? This is the activity you’re looking for! Save up egg cartons and use them to build a periodic table model.

Learn more: Weird Unsocialized Homeschoolers

6. Create an elements card deck

These free printable cards are terrific for reviewing the elements, especially if you’re working on memorizing some or all of them.

Learn more: Homeschool Creations

7. Make pipe cleaner element models

Gain a deeper understanding of the construction of each element by making models with pom poms, beads, and pipe cleaners.

Learn more: Teach Beside Me

8. Find the elements to win the game

Familiarize yourself with where each element is located on the table, along with their abbreviations, with this simple (and free) point-and-click computer game.

Learn more: Mr. Nussbaum Learning + Fun

9. Go on an elements scavenger hunt

Send students on a search for real-life examples of the various elements. They’ll be surprised at how easy it is to find so many of them.

Learn more: Pinay Homeschooler

10. Make a periodic table of giant tiles

This classic research project comes together in a giant periodic table display. You can use poster board, or add a 3-D element by creating the tiles on pizza boxes instead.

Learn more: missmiklius

11. Play periodic table Battleship

Here’s another fun game to help familiarize kids with where various elements are found on the table. Learn how to play at the link.

12. Turn elements into superheroes (or villains)

This is such a fun twist on the usual element research project. Students learn more about the characteristics of their element, then decide whether it’s a superhero—or a villain!

Learn more: Morpho Science/Teachers Pay Teachers

13. Download the Atomidoodle app

This cool little app, available on both the Apple AppStore and Google Play, challenges students to draw paths through mazes. They use fusion (addition) and fission (division) to create new atoms, all while learning hundreds of facts about the elements.

Learn more: Atomidoodle

14. Sort “periodic people” into a table

This clever activity gives students the chance to see how Mendeleev sorted the elements to create his brilliant periodic table. Get it for free at the link.

Learn more: Sunrise Science

15. Put the periodic table on your ceiling

Source: Jackson County Sentinel

Make use of every last bit of your classroom space by turning ceiling tiles into an enormous periodic table! Adhesive vinyl works well for this ambitious project.

16. Solve The Mystery of the Periodic Table

Middle school readers will enjoy this tale of the development of the periodic table, learning about the various scientists involved along the way. Buy The Mystery of the Periodic Table on Amazon here.

17. Get to know the Element characters

Each element has its own set of characteristics that could almost be called its personality. That’s the idea behind these incredibly fun cards, which imagine the elements as living characters. You could use a set of these for all kinds of periodic table activities.

Learn more: Elements—Experiments in Character Design

18. Defeat a periodic table escape room

Escape rooms are all the rage, and they’re a lot of fun in the classroom too. Create your own set of chemistry-based challenges, or buy this ready-to-go periodic table escape room on Teachers Pay Teachers.

Learn more: Kesler Science

19. Make periodic table pixel art

In this free interactive program, students answer questions about the elements to unlock squares on the periodic table, creating a pixel picture. Bonus: Have kids create their own pixel pics using the table!

Learn more: Teaching Above the Test

20. Put together colorful tiles

These colorful pieces interlock to create an interactive puzzle you can use for lots of different periodic table activities. Buy the set at Amazon.

21. Compete at periodic table Bingo

Bingo is always fun, but this version helps you learn the various abbreviations of the elements too. Make your own cards, or buy a pre-made set at the link.

Learn more: STEAM Powered Family

Want more hands-on science? Try the Best Science Kits for Kids, As Chosen by Teachers .

Plus, 20 of the Best Science Bulletin Boards and Classroom Decor Ideas .

You Might Also Like

15 Creative Ways to Teach About States of Matter

Make root beer floats in the name of science! Continue Reading

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2.16: Assignment—Atomic Structure and the Periodic Table

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To download a copy of the assignment, please click on the link Sample Questions .

As you work these matter and measurement problems, consider and explain:

• What type of question is it?
• How do you know what type of question it is?
• What information are you looking for?
• What information do they give?
• How will you go about solving this?
• Show how to solve the problem.
• Be able to answer for a different reaction, number, set of conditions, etc.

Sample Questions

• Which form of electromagnetic radiation has the longest wavelengths?
• A line in the spectrum of atomic mercury has a wavelength of 254 nm. When mercury emits a photon of light at this wavelength, what is the frequency of the light?
• Consider an atom traveling at 1% of the speed of light. The de Broglie wavelength is found to be 1.46 × 10 –3 pm. Which element is this?
• What is the energy of a photon of blue light that has a wavelength of 453 nm?
• The hydrogen molecules they came from have the formula H 4 .
• We could observe more lines if we had a stronger prism.
• There are four electrons in an excited hydrogen atom.
• Only certain energies are allowed for the electron in a hydrogen atom.
• n = 4 to n = 3
• n = 4 to n = 2
• n = 4 to n = 1
• n = 3 to n = 2
• n = 2 to n = 1
• In the hydrogen spectrum, what is the wavelength of light associated with the n = 3 to n = 1 electron transition?
• Energy is emitted.
• Energy is absorbed.
• The electron loses energy.
• The electron gains energy.
• The electron cannot make this transition.
• It makes no attempt to explain why the negative electron does not eventually fall into the positive nucleus.
• It does not adequately predict the line spectrum of hydrogen.
• It does not adequately predict the ionization energy of the valence electron(s) for elements other than hydrogen.
• It does not adequately predict the ionization energy of the first energy level electrons for one-electron species for elements other than hydrogen.
• It shows the electrons to exist outside of the nucleus.
• The energy of the light emitted when a hydrogen electron goes from n = 2 to n = 1 is what fraction of its ground-state ionization energy?
• The emission spectrum of hydrogen contains a continuum of colors.
• Diffraction produces both constructive and destructive interference.
• All matter displays both particle and wavelike characteristics.
• Niels Bohr developed a quantum model for the hydrogen atom.
• The lowest possible energy state of a molecule or atom is called its ground state.
• A gamma ray of wavelength 1.00 × 10 –8 cm has enough energy to remove an electron from a hydrogen atom.
• space where electrons are unlikely to be found in an atom
• space which may contain electrons, protons, and/or neutrons
• the space in an atom where an electron is most likely to be found
• small, walled spheres that contain electrons
• a single space within an atom that contains all electrons of that atom
• How many f orbitals have the value n = 3?
• If n = 2, how many orbitals are possible?

• The electrons move along the outer surface of the p -orbital, similar to a “figure 8” type of movement.
• The electrons move within the two lobes of the p -orbital, but never beyond the outside surface of the orbital.
• The electrons are concentrated at the center (node) of the two lobes.
• The electrons are only moving in one lobe at any given time.
• The electron movement cannot be exactly determined.
• How many electrons in an atom can have the quantum numbers n = 3, l = 2?
• How many electrons can be contained in all of the orbitals with n = 4?
• n = 1, l = 1, m l = 0, m s = 1/2
• n = 3, l = 0, m l = 0, m s = -1/2
• n = 2, l = 1, m l = -1, m s = 1/2
• n = 4, l = 3, m l = -2, m s = -1/2
• n = 4, l = 2, m l = 0, m s = 1/2
• What is the electron configuration for the barium atom?
• What is the complete electron configuration of tin?
• The exact location of an electron can be determined if we know its energy.
• An electron in a 2 s orbital can have the same n , l , and ml quantum numbers as an electron in a 3 s orbital.
• Ni has two unpaired electrons in its 3 d orbitals.
• In the buildup of atoms, electrons occupy the 4 f orbitals before the 6 s orbitals.
• Only three quantum numbers are needed to uniquely describe an electron.
• What is the statement that “the lowest energy configuration for an atom is the one having the maximum number of unpaired electrons allowed by the Pauli principle in a particular set of degenerate orbitals” known as?
• An element with the electron configuration [Xe] 6 s 2 4 f 14 5 d 7 would belong to which class on the periodic table?
• Ti has __________ in its d orbitals.

[reveal-answer q=”137847″]Show Sample Answers[/reveal-answer] [hidden-answer a=”137847″]

• radio waves
• 1.18 × 10 15 s -1
• 4.39 × 10<sup-19 J
• 1.03 × 10 -7 m
• 1 s 2 2 s 2 2 p 6 3 s 2 3 p 6 4 s 2 3 d 10 4 p 6 5 s 2 4 d 10 5 p 2
• Hund’s rule
• transition elements
• two electrons

[/hidden-answer]

• Authored by : Jessica Garber. Provided by : Tidewater Community College. License : CC BY: Attribution

Module 2: Atoms, Molecules, and Ions

Assignment: atomic structure and the periodic table.

This assignment can be found in Google Docs:  Chemistry for Majors Assignment: Atomic Structure and the Periodic Table

To make your own copy to edit:

• If you want a Google Doc : in the file menu of the open document, click “Make a copy.” This will give you your own Google Doc to work from.
• If you want a PDF or Word file : in the file menu of the open document, click “Download” and select the file type you would like to have (note: depending on the file type you select, the formatting could get jumbled).

Instructions

As you work these problems, consider and explain:

• What type of question is it?
• How do you know what type of question it is?
• What information are you looking for?
• What information do they give?
• How will you go about solving this?
• Show how to solve the problem.
• Be able to answer for a different reaction, number, set of conditions, etc.
• Which form of electromagnetic radiation has the longest wavelengths?
• A line in the spectrum of atomic mercury has a wavelength of 254 nm. When mercury emits a photon of light at this wavelength, what is the frequency of the light?
• Consider an atom traveling at 1% of the speed of light. The de Broglie wavelength is found to be 1.46 × 10 –3 pm. Which element is this?
• What is the energy of a photon of blue light that has a wavelength of 453 nm?
• The hydrogen molecules they came from have the formula H 4 .
• We could observe more lines if we had a stronger prism.
• There are four electrons in an excited hydrogen atom.
• Only certain energies are allowed for the electron in a hydrogen atom.
• The spectrum is continuous.

For questions 6–8, consider the following portion of the energy-level diagram for hydrogen:

• n = 4 to n = 3
• n = 4 to n = 2
• n = 4 to n = 1
• n = 3 to n = 2
• n = 2 to n = 1
• In the hydrogen spectrum, what is the wavelength of light associated with the n = 3 to n = 1 electron transition?
• Energy is emitted.
• Energy is absorbed.
• The electron loses energy.
• The electron gains energy.
• The electron cannot make this transition.
• It makes no attempt to explain why the negative electron does not eventually fall into the positive nucleus.
• It does not adequately predict the line spectrum of hydrogen.
• It does not adequately predict the ionization energy of the valence electron(s) for elements other than hydrogen.
• It does not adequately predict the ionization energy of the first energy level electrons for one-electron species for elements other than hydrogen.
• It shows the electrons to exist outside of the nucleus.
• The energy of the light emitted when a hydrogen electron goes from n = 2 to n = 1 is what fraction of its ground-state ionization energy?
• The emission spectrum of hydrogen contains a continuum of colors.
• Diffraction produces both constructive and destructive interference.
• All matter displays both particle and wavelike characteristics.
• Niels Bohr developed a quantum model for the hydrogen atom.
• The lowest possible energy state of a molecule or atom is called its ground state.
• A gamma ray of wavelength 1.00 × 10 –8 cm has enough energy to remove an electron from a hydrogen atom.
• space where electrons are unlikely to be found in an atom
• space which may contain electrons, protons, and/or neutrons
• the space in an atom where an electron is most likely to be found
• small, walled spheres that contain electrons
• a single space within an atom that contains all electrons of that atom
• How many f orbitals have the value n = 3?
• If n = 2, how many orbitals are possible?

• The electrons move along the outer surface of the p -orbital, similar to a “figure 8” type of movement.
• The electrons move within the two lobes of the p -orbital, but never beyond the outside surface of the orbital.
• The electrons are concentrated at the center (node) of the two lobes.
• The electrons are only moving in one lobe at any given time.
• The electron movement cannot be exactly determined.
• How many electrons in an atom can have the quantum numbers n = 3, l = 2?
• How many electrons can be contained in all of the orbitals with n = 4?
• n = 1, l = 1, m l = 0, m s = 1/2
• n = 3, l = 0, m l = 0, m s = -1/2
• n = 2, l = 1, m l = -1, m s = 1/2
• n = 4, l = 3, m l = -2, m s = -1/2
• n = 4, l = 2, m l = 0, m s = 1/2
• What is the electron configuration for the barium atom?
• What is the complete electron configuration of tin?
• The exact location of an electron can be determined if we know its energy.
• An electron in a 2 s orbital can have the same n , l , and ml quantum numbers as an electron in a 3 s orbital.
• Ni has two unpaired electrons in its 3 d orbitals.
• In the buildup of atoms, electrons occupy the 4 f orbitals before the 6 s orbitals.
• Only three quantum numbers are needed to uniquely describe an electron.
• What is the statement that “the lowest energy configuration for an atom is the one having the maximum number of unpaired electrons allowed by the Pauli principle in a particular set of degenerate orbitals” known as?
• An element with the electron configuration [Xe] 6 s 2 4 f 14 5 d 7 would belong to which class on the periodic table?
• Ti has __________ in its d orbitals.
• Authored by : Jessica Garber. Provided by : Tidewater Community College. License : CC BY: Attribution

Periodic Table of Elements

Enable JavaScript for a plethora of interactivity including property trend visualization, thousands of isotopes, compound mixing, and 3D orbital diagrams. Don't like ads? No problem! Ptable will always be free for everyone. Find yourself here daily? Consider either unblocking the single ad banner, donating $1 a month ( log in after donating ), or buying a poster or wallet card , order number

• Atomic number
• Property values
• Logarithmic
• Exponential
• 1 H Hydrogen 1.008
• 2 He Helium 4.0026
• 3 Li Lithium 6.94
• 4 Be Beryllium 9.0122
• 5 B Boron 10.81
• 6 C Carbon 12.011
• 7 N Nitrogen 14.007
• 8 O Oxygen 15.999
• 9 F Fluorine 18.998
• 10 Ne Neon 20.180
• 11 Na Sodium 22.990
• 12 Mg Magnesium 24.305
• 13 Al Aluminium 26.982
• 14 Si Silicon 28.085
• 15 P Phosphorus 30.974
• 16 S Sulfur 32.06
• 17 Cl Chlorine 35.45
• 18 Ar Argon 39.948
• 19 K Potassium 39.098
• 20 Ca Calcium 40.078
• 21 Sc Scandium 44.956
• 22 Ti Titanium 47.867
• 23 V Vanadium 50.942
• 24 Cr Chromium 51.996
• 25 Mn Manganese 54.938
• 26 Fe Iron 55.845
• 27 Co Cobalt 58.933
• 28 Ni Nickel 58.693
• 29 Cu Copper 63.546
• 30 Zn Zinc 65.38
• 31 Ga Gallium 69.723
• 32 Ge Germanium 72.630
• 33 As Arsenic 74.922
• 34 Se Selenium 78.971
• 35 Br Bromine 79.904
• 36 Kr Krypton 83.798
• 37 Rb Rubidium 85.468
• 38 Sr Strontium 87.62
• 39 Y Yttrium 88.906
• 40 Zr Zirconium 91.224
• 41 Nb Niobium 92.906
• 42 Mo Molybdenum 95.95
• 43 Tc Technetium (98)
• 44 Ru Ruthenium 101.07
• 45 Rh Rhodium 102.91
• 46 Pd Palladium 106.42
• 47 Ag Silver 107.87
• 48 Cd Cadmium 112.41
• 49 In Indium 114.82
• 50 Sn Tin 118.71
• 51 Sb Antimony 121.76
• 52 Te Tellurium 127.60
• 53 I Iodine 126.90
• 54 Xe Xenon 131.29
• 55 Cs Caesium 132.91
• 56 Ba Barium 137.33
• 57 La Lanthanum 138.91
• 58 Ce Cerium 140.12
• 59 Pr Praseodymium 140.91
• 60 Nd Neodymium 144.24
• 61 Pm Promethium (145)
• 62 Sm Samarium 150.36
• 63 Eu Europium 151.96
• 64 Gd Gadolinium 157.25
• 65 Tb Terbium 158.93
• 66 Dy Dysprosium 162.50
• 67 Ho Holmium 164.93
• 68 Er Erbium 167.26
• 69 Tm Thulium 168.93
• 70 Yb Ytterbium 173.05
• 71 Lu Lutetium 174.97
• 72 Hf Hafnium 178.49
• 73 Ta Tantalum 180.95
• 74 W Tungsten 183.84
• 75 Re Rhenium 186.21
• 76 Os Osmium 190.23
• 77 Ir Iridium 192.22
• 78 Pt Platinum 195.08
• 79 Au Gold 196.97
• 80 Hg Mercury 200.59
• 81 Tl Thallium 204.38
• 82 Pb Lead 207.2
• 83 Bi Bismuth 208.98
• 84 Po Polonium (209)
• 85 At Astatine (210)
• 86 Rn Radon (222)
• 87 Fr Francium (223)
• 88 Ra Radium (226)
• 89 Ac Actinium (227)
• 90 Th Thorium 232.04
• 91 Pa Protactinium 231.04
• 92 U Uranium 238.03
• 93 Np Neptunium (237)
• 94 Pu Plutonium (244)
• 95 Am Americium (243)
• 96 Cm Curium (247)
• 97 Bk Berkelium (247)
• 98 Cf Californium (251)
• 99 Es Einsteinium (252)
• 100 Fm Fermium (257)
• 101 Md Mendelevium (258)
• 102 No Nobelium (259)
• 103 Lr Lawrencium (266)
• 104 Rf Rutherfordium (267)
• 105 Db Dubnium (268)
• 106 Sg Seaborgium (269)
• 107 Bh Bohrium (270)
• 108 Hs Hassium (277)
• 109 Mt Meitnerium (278)
• 110 Ds Darmstadtium (281)
• 111 Rg Roentgenium (282)
• 112 Cn Copernicium (285)
• 113 Nh Nihonium (286)
• 114 Fl Flerovium (289)
• 115 Mc Moscovium (290)
• 116 Lv Livermorium (293)
• 117 Ts Tennessine (294)
• 118 Og Oganesson (294)

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Rubric: Poetry Portfolio

Score: ______

Grade: ______

• Rubric: Poetry Portfolio. Authored by : Linda Frances Lein, M.F.A. License : CC BY: Attribution