What’s on the The Mole poster
A definition and 5 facts worth remembering.
A mole is 6.022 × 10²³ particles. It is the bridge between masses you can weigh and atoms you cannot count.
- moles = mass ÷ molar mass.
- particles = moles × 6.022 × 10²³.
- For gases at RTP, volume = moles × 24 dm³.
- Molar mass in grams equals the relative atomic mass.
- Coefficients in a balanced equation are mole ratios.
- Avogadro — 6.022 × 10²³
- Molar volume — 24 dm³ at RTP
- 12 g of carbon is 1 mole, which is 6.022 × 10²³ carbon atoms.
Grams to moles, mole ratio, moles back to grams. Nearly every stoichiometry question is that sequence.
Questions about the The Mole poster
- What’s on the The Mole (10th Grade) poster?
- A definition and 5 facts worth remembering. A mole is 6.022 × 10²³ particles. It is the bridge between masses you can weigh and atoms you cannot count. moles = mass ÷ molar mass.; particles = moles × 6.022 × 10²³.; For gases at RTP, volume = moles × 24 dm³.; Molar mass in grams equals the relative atomic mass.; Coefficients in a balanced equation are mole ratios.; Avogadro — 6.022 × 10²³; Molar volume — 24 dm³ at RTP; 12 g of carbon is 1 mole, which is 6.022 × 10²³ carbon atoms.. Grams to moles, mole ratio, moles back to grams. Nearly every stoichiometry question is that sequence.
- Who is the The Mole (10th Grade) poster for?
- The Mole (10th Grade) is filed under 10th Grade (ages 15–16), so it matches what that year asks a child to remember. It is equally useful to an older student revisiting science, and to the parent or teacher answering the question at the kitchen table.
- When should you use the The Mole (10th Grade) poster?
- Moles sit in the middle of every calculation. Convert to moles, do the ratio, convert back. A wall chart earns its place by being glanceable from where the work is happening, so The Mole (10th Grade) belongs on the wall where that science work actually happens, within glancing distance, rather than filed away.
- What other posters go with The Mole (10th Grade)?
- Acids and Bases, Balancing Equations and Bonding & Reactions sit alongside The Mole (10th Grade) in the 10th Grade set. Printed together they make a wall rather than a single sheet, which is how a reference set actually gets used.Acids and BasesBalancing EquationsBonding & Reactions
- Is the The Mole (10th Grade) poster free to download and print?
- Yes. The Mole (10th Grade) downloads as a free PDF with no account, no email and no watermark, like everything else in the 10th Grade set. Print as many copies as you like for a home, a classroom, a library or a tutoring group; reselling the file is the only thing the licence rules out.Read the licence
- What size does the The Mole (10th Grade) poster print at?
- The Mole (10th Grade) is a vector PDF laid out for US Letter, and prints on A4 with Fit to page — the same file, no separate download. Because every mark on it is drawn rather than photographed, it stays sharp enlarged to A3, A2 or A1 at a copy shop. Colour carries emphasis only, so a greyscale print of The Mole (10th Grade) loses nothing.Printing guide
Related posters
Charts that sit alongside The Mole on the same wall.
Browse every 10th Grade poster, or start from the full catalogue.