Can You Ace the First 36 Elements? Take the Quiz Now!
Ready to conquer the first 36 elements of the periodic table?
This quiz helps you practice the first 36 elements of the periodic table - names, symbols, and atomic numbers. Build fast recall before a test, and if you want more, try the next 40 elements or take a full periodic table quiz .
Study Outcomes
- Recall the First 36 Elements and Their Symbols -
After engaging with the content, learners will confidently name each of the first 36 elements of the periodic table and recall their correct chemical symbols.
- Match Elements to Atomic Numbers -
Participants will accurately pair each of the first 36 elements with its corresponding atomic number, reinforcing core periodic table concepts.
- Identify Group and Period Placement -
Users will recognize the specific group and period for elements 1 through 36, enhancing their understanding of periodic trends.
- Analyze Instant Feedback -
By reviewing quiz results, learners will detect and correct common errors in naming and symbol usage for the first 36 elements.
- Apply Element Knowledge to Real-World Scenarios -
Participants will link the properties of the first 36 elements to everyday chemistry applications, fostering practical comprehension.
- Track and Share Quiz Progress -
Users will monitor their scores across multiple first 36 elements quiz attempts and share results to encourage collaborative learning.
Cheat Sheet
- Atomic Numbers & Symbols -
Memorize each element's atomic number alongside its chemical symbol to excel in any first 36 elements quiz. For example, F corresponds to 9 and Ne to 10, so linking these pairs speeds recall. Flashcards and the official IUPAC periodic table are reliable study tools.
- Electron Configuration Patterns -
Apply the aufbau principle to derive the ground-state electron configurations for elements 1 - 36, such as O (1s2 2s2 2p4) and Ca ([Ar] 4s2). Recognizing the order of orbital filling (1s → 2s → 2p → 3s → 3p → 4s → 3d) reduces guesswork. University-level chemistry texts often provide detailed tables to practice these sequences.
- Periodic Trends: Atomic Radius & Electronegativity -
Remember that atomic radius decreases left to right across a period and increases top to bottom, while electronegativity shows the opposite pattern. For instance, fluorine (F) has the highest electronegativity among the first 36 elements. Referencing values on the Pauling scale from CRC Handbook data reinforces this concept.
- Group 1 & 2 Mnemonics -
Use the phrase "Hot Lions Never Kill" to memorize Group 1 (H, Li, Na, K) and "Beauty May Cause" for Group 2 (Be, Mg, Ca). These catchy lines reduce study time and boost retention during fast-paced quizzes. Writing them while reciting helps cement the sequences in memory.
- s-, p-, and d-Block Organization -
Classify elements 1 - 36 into their respective blocks to predict their properties: s-block (H - He, Li - Be), p-block (B - Ne, Al - Ar), and d-block (Sc - Zn). For instance, iron (Fe, 26) sits in the 3d block with configuration [Ar]4s2 3d6, which influences its metallic behavior. Official IUPAC resources map these blocks clearly for quick visual reference.
