• 40 strips
  • Checked October 2026

Periodic Table Comic Strip Ideas

Three comic strip premises per press, with the elements as the cast and a labeled beat for every panel.

Show all 40
  1. Period 3 opens with a lively metal and ends with a calm gas3 panels. Start: period 3 opens with Sodium, an alkali metal with one outer electron. Middle: across the row the outer electrons count up one at a time. End: Argon, a noble gas with a full outer shell, closes the row.
  2. A noble gas who will not join any team3 panels. Teams: the other elements pair off to give, take or share electrons. Neon: in group 18, with a full outer shell, it has almost no urge to react and stays on the bench. Night: sealed in a glass tube with electricity running through it, Neon glows on its own.
  3. Lithium and Fluorine swap coats and neither fits3 panels. Swap: Lithium and Fluorine, from the same row, trade coats. Surprise: Fluorine has more protons and more electrons, and its coat is the smaller one. Reason: more protons pull the same shell in closer, so Fluorine is the smaller atom.

All 40 strips

Groups 12

  • A new element finds its seat by counting outer electrons 4 panels. Arrival: a newcomer with seven outer electrons looks for a seat. Wrong column: in group 1 everyone has one. Right column: in group 17 everyone has seven. Rule: the elements of one column share a count of outer electrons, which is why they behave alike.
  • A noble gas who will not join any team 3 panels. Teams: the other elements pair off to give, take or share electrons. Neon: in group 18, with a full outer shell, it has almost no urge to react and stays on the bench. Night: sealed in a glass tube with electricity running through it, Neon glows on its own.
  • A talent show where each alkali metal is wilder 3 panels. Lithium: first on stage from the top of group 1, it reacts with water. Sodium: one row lower, it reacts more vigorously. Potassium: another row down and more vigorous again, because the outer electron is easier to lose the lower in the group an element sits.
  • The alkali metals, a family kept in a jar of oil 4 panels. Family: lithium, sodium, potassium, rubidium, cesium and francium, the shiny, soft metals of group 1. Habit: each has one outer electron and loses it easily. Jar: they are so reactive that they are stored under oil. Outside: in nature they turn up only in salts, never as the metal alone.
  • Argon, whose name means lazy, works in a light bulb 3 panels. Name: Argon, of group 18, is named from the Greek word for idle or lazy. Job: mixed with nitrogen, it fills the inside of an incandescent light bulb. Shift: the bulb shines, Argon does nothing all night, and that is the whole job.
  • Fluorine, the most reactive element, wants one electron 3 panels. Fluorine: at the top of group 17 with seven outer electrons, it is the most reactive element of all. Chase: it takes an electron from nearly everything it meets. Iodine: lower in the same column, where the atoms are bigger and less reactive, it watches calmly.
  • The halogens' class photo: two gases, a liquid and a solid 4 panels. Fluorine and Chlorine: two gases stand at the back. Bromine: a red-brown liquid, in a bottle. Iodine: a solid, sitting at the front. Caption: one column, group 17, seven outer electrons each, and three states of matter at room temperature.
  • Helium, the odd one in the noble gas family 3 panels. Family: neon, argon, krypton, xenon and radon each have eight outer electrons. Helium: it has only two, but its one shell is full, so tables seat it in group 18 with them. Balloon: colorless, odorless and unable to burn, it spends the day lifting balloons.
  • Hydrogen sits in group 1 and is not a metal 3 panels. Column: Hydrogen stands at the top of group 1 because it has one outer electron, like the metals below it. Difference: they are soft, shiny solids, and Hydrogen is a gas and a nonmetal. Shrug: most tables keep it there, and a few let it float apart from every group.
  • The salt makers: each halogen pairs with a metal 4 panels. Name: halogen means salt former. Fluorine: with calcium it makes calcium fluoride. Chlorine: with sodium it makes sodium chloride, table salt. Iodine: with potassium it makes potassium iodide.
  • Sodium meets Chlorine and hands over one electron 4 panels. Sodium: a soft metal from group 1 arrives with one outer electron that it loses easily. Chlorine: a gas from group 17 has seven outer electrons and takes one more. Handover: Sodium ends up a positive ion and Chlorine a negative one. Salt: the two ions hold together as sodium chloride, table salt.
  • Three doors on one street: groups 1, 17 and 18 3 panels. Group 1: behind the first door on the left, the alkali metals, each ready to lose one electron. Group 17: next to last, the halogens, each ready to gain one. Group 18: the last door on the right, the noble gases, with full outer shells and nothing to trade.

Periods 10

  • A diagonal fence between the metals and the nonmetals 3 panels. Left: the alkali metals and the transition metals stand on the left of the fence. Fence: the dividing line runs roughly on a diagonal from top left to bottom right. Right: the nonmetals live beyond it, and the elements along the line share traits of both sides.
  • A staircase where each step adds one proton 3 panels. Step 1: Hydrogen, atomic number 1, has one proton. Next steps: Helium has two and Lithium three, and the count goes up by one at every box. Top: read row by row, left to right, the numbers run in order to 118.
  • A theater whose rows seat 2, 8, 8, 18, 18, 32 and 32 3 panels. Front row: period 1 has two seats, for Hydrogen and Helium. Next rows: periods 2 and 3 seat eight each, periods 4 and 5 eighteen. Back rows: periods 6 and 7 seat thirty-two each, and that makes 118 seats in all.
  • An apartment block adds a floor: why a new row starts 3 panels. Full: Neon's outer shell is full, and period 2 ends with it. New shell: the next element, Sodium, puts its extra electron in a new shell. New row: so Sodium starts period 3 at the left, directly under Lithium.
  • An elevator where each floor is one more electron shell 3 panels. Floor 1: Hydrogen's one electron is in the first shell. Floor 2: Lithium starts the second row, because its outer electron begins a second shell. Floor 3: Sodium starts the third row with a third shell.
  • Birthday cakes across period 2: one more candle each 3 panels. Lithium: the first cake in the row has one candle, for one outer electron. Carbon: the fourth cake has four candles. Neon: the last cake has eight, a full outer shell, and the next row starts again at one.
  • The empty seats in the table of 1869 3 panels. 1869: the first table to be widely accepted has gaps where no known element fits. Prediction: its maker uses the pattern to describe elements nobody has found yet. Later: other chemists discover gallium, scandium and germanium, and the seats are filled.
  • Period 3 opens with a lively metal and ends with a calm gas 3 panels. Start: period 3 opens with Sodium, an alkali metal with one outer electron. Middle: across the row the outer electrons count up one at a time. End: Argon, a noble gas with a full outer shell, closes the row.
  • The seventh row was finished in laboratories 3 panels. Gaps: for a long time the seventh row is incomplete, because few of its elements are found in nature. Labs: from 1940 on, scientists make the missing elements themselves. 2016: the last ones in the row are named, and all seven rows are full.
  • Two strips that live underneath the table 3 panels. Too wide: with every element in line, rows 6 and 7 are 32 boxes wide and will not fit the page. Cut: a block is lifted out of each of the two rows. Below: the two strips are set under the main table to save space, and they still belong to periods 6 and 7.

Ionization energy 10

  • A kite on a longer string in every row of group 1 4 panels. Lithium: its outer electron flies close to the nucleus. Sodium: one row down, the string is longer. Potassium: longer again, with more inner electrons in between. Rule: the farther out the electron, the less energy it takes to remove, so ionization energy falls down a group.
  • A race across period 2: who grips an electron hardest? 4 panels. Start: Lithium, on the left, gives up its outer electron for the least energy in the row. Midfield: Carbon, with more protons, holds its electrons more tightly. Finish: Neon, on the right, holds on hardest of all. Scoreboard: ionization energy generally rises as you go right along a period.
  • A roller coaster that climbs each row and drops at the next 3 panels. Climb: ionization energy rises across a period, from the alkali metal to the noble gas. Drop: at the first element of the next row it falls sharply. Again: the track climbs once more, and the shape repeats row after row.
  • Aluminum breaks the pattern and the chart shrugs 3 panels. Pattern: ionization energy generally rises from left to right. Exception: Aluminum's is lower than that of Magnesium, the element just before it. Footnote: Sulfur does the same after Phosphorus, which is why the rule says generally.
  • Cesium, far down group 1, barely holds its outer electron 3 panels. Top: Lithium, at the top of group 1, holds its outer electron most tightly of the family. Lower: Cesium, four rows down, holds its own far more loosely. Result: No metal reacts more readily than cesium.
  • The coat check: metals on the left leave an electron 3 panels. Left side: the alkali metals have the lowest ionization energies in their rows. Coat check: each hands over its outer electron like a wet umbrella. Result: each walks away as an ion with a charge of plus one.
  • Lithium and Fluorine, at opposite ends of one row 3 panels. Lithium: on the left of period 2, it loses its outer electron for little energy. Fluorine: on the right, with more protons pulling, it holds its own electrons tightly and gains one more instead. Meeting: one gives, the other takes.
  • The noble gas at the end of the row will not let go 3 panels. Row: across the period every atom is asked to give up one electron. End: the noble gas at the right edge has the highest ionization energy in its row. Reason: its outer shell is full, and that same stability is why it so rarely reacts.
  • Sodium sells one electron cheaply and will not sell two 3 panels. First sale: Sodium lets its one outer electron go for very little energy. Second ask: the next electron sits in a full shell, closer to the nucleus. Price: the second ionization energy is very high, so Sodium stays an ion with a charge of plus one.
  • What ionization means: an atom loses one electron 3 panels. Atom: a neutral sodium atom, with no charge. Energy in: enough energy arrives to pull away its most loosely held electron. Ion: one electron short, it is now a positive ion, and the energy that took is its ionization energy.

Atomic radius 8

  • A drawstring bag pulled tighter with every proton 3 panels. Bag: the outer shell is a drawstring bag around the nucleus. Pull: across a period each new proton adds to the pull on the electrons, and the bag draws tighter. Result: the atomic radius generally decreases from left to right.
  • A nucleus far smaller than its own atom 3 panels. Zoom out: an atom drawn as a wide, fuzzy ball. Zoom in: at its center, the nucleus, where the protons are. Scale: the atom is more than 10,000 times as wide as its nucleus, so the nucleus is too small to draw to scale.
  • A treasure map with two arrows: across and down 3 panels. Arrow across: from left to right in a row, atoms get smaller. Arrow down: from top to bottom in a column, atoms get bigger. Treasure: follow both, and the biggest atoms are toward the bottom left, the smallest toward the top right.
  • An atom will not hold still for the tape measure 3 panels. Plan: measure from the nucleus's center out to the farthest electron. Problem: the electrons form a cloud that fades out with no sharp edge. Answer: chemists settle on a typical distance, and that is the atomic radius.
  • Lithium and Fluorine swap coats and neither fits 3 panels. Swap: Lithium and Fluorine, from the same row, trade coats. Surprise: Fluorine has more protons and more electrons, and its coat is the smaller one. Reason: more protons pull the same shell in closer, so Fluorine is the smaller atom.
  • Nesting dolls: one more shell in every row of a group 3 panels. Lithium: two shells, the smallest doll of group 1. Sodium: three shells, a doll that fits around the first. Potassium: four shells and bigger again, so atomic radius increases down a group.
  • Period 3 lines up by size, the biggest on the left 3 panels. Left: Sodium, with the fewest protons in the row, is the largest atom in the line. Along the row: each atom has one more proton, which pulls the same outer shell in closer. Right: Chlorine, near the end of the row, is a good deal smaller.
  • Small atoms hold on tight, big atoms let go 3 panels. Small: in a small atom the outer electron is close to the nucleus and held tightly. Big: in a big atom it is farther away and held loosely. Link: that is why ionization energy rises where atomic radius falls.

How it works

These periodic table comic strip ideas are sorted by what they teach: Groups, Periods, Ionization energy or Atomic radius. They also work as chemistry comic strip ideas for any unit on the elements.

Read the full guide

What each set of strips teaches

Groups: elements in one column have the same number of outer electrons and behave alike. Periods: a new row starts when a new electron shell begins. Ionization energy, the energy needed to remove an electron, generally rises across a row and falls down a column. Atomic radius does the opposite: atoms shrink across a row and grow down a column.

For a strip on ionization

Choose Ionization energy. Draw the nucleus as a hand and the outer electron as something it holds: a tight grip at the right of a row, a loose one at the bottom of a column.

  • Write each element's symbol and atomic number on its shirt, so a reader can find it on the table.
  • Keep one color for each column. Readers then see the family likeness before they read a word.

Questions and answers

How do you make a comic strip about the periodic table?

Pick one idea, such as why the elements of one column behave alike. Cast two or three elements that show it, give each panel one beat, and label every character with its symbol.

What are some chemistry comic strip ideas?

Sodium hands its one outer electron to chlorine and the two become table salt. The halogens pose for a class photo as two gases, a liquid and a solid. Argon, whose name means lazy, spends the night doing nothing inside a light bulb.

What is a periodic table comic strip idea about ionization?

A race across period 2: lithium, on the left, gives up an electron for the least energy, and neon, on the right, holds on hardest. Or sodium, which sells one electron cheaply and will not sell a second.

Which elements make good comic characters?

Ones with a clear habit: the alkali metals, stored under oil because they react so readily, fluorine, the most reactive element of all, and the noble gases, which hardly react.