Sit the table like an exam paper
Four levels. Open a level, then pick a paper from its list. Simple has three choices. Super hard has six near-twin answers. Each paper has twenty questions. Marks stay in this browser. Print or download a blank sheet for class, or a marked sheet after you submit.
First course · New students
Simple
Symbols, groups, metals, metalloids, and states of matter.
2 papers · 3 choices
Trends · After one semester
Medium
Radius, electronegativity, ions, oxides, and configurations.
2 papers · 4 choices
Exceptions · Advanced undergraduates
Hard
Cr, Cu, Mo, Ag, VSEPR squeezes, and ions that dump 4s.
2 papers · 5 choices
Concepts · Researchers and exam finals
Super hard
Exchange energy, relativity, f-block traps, and near-twin distractors.
2 papers · 6 choices
Common questions
How do I start a periodic table quiz?
- Open this hub, pick a level such as Simple, then choose a paper from that list.
How many periodic table quizzes are on this site?
- Eight papers across four levels. Each paper has 20 multiple-choice questions.
How many answer choices does each quiz use?
- Simple has three choices. Medium has four. Hard has five. Super-hard has six near-twin answers.
Do you store quiz answers on a server?
- No. Selected answers stay in this browser under ptw.quiz keys until you finish or leave. Nothing is sent to our servers.
Can I print or download a quiz paper?
- Yes. Every quiz has a blank paper you can print or download for class. After you submit, you can print or download a marked paper that shows your pick and the key.
What does the simple level cover?
- Two papers. One on symbols, groups, and atomic number. One on metals, metalloids, and states of matter.
What does the super-hard level cover?
- Two papers. One on exchange energy, relativity, and the liquid-drop model. One on f-block configs, auride, and superheavy nuclei.
Are the answers scientifically accurate?
- Yes. Ground-state configurations follow NIST. Element counts follow IUPAC’s 118 confirmed elements. Nuclear items use measured binding-energy tables, including the Ni-62 versus Fe-56 distinction.
