Mnemonics For Periodic Table


Mnemonics For Periodic Table

How to memorize the first 30 elements of the periodic table?

Tricks to Remember the First 30 Elements in Periodic Table Mnemonics For Periodic Table

  • If we are talking about the first 30 elements then the starts with Hydrogen and ends at Zinc that is an element with atomic number 30.
  • Let’s go by the first 10
  • So, the first 10 elements are
  1. Hydrogen (H)
  2. Helium (He)
  3. Lithium (Li)
  4. Beryllium (Be)
  5. Boron (B)
  6. Carbon (C)
  7. Nitrogen (N)
  8. Oxygen (O)
  9. Fluorine (F)
  10. Neon (Ne)
  1. These elements can be remembered by this line:
  2. Harley Health Like Beautiful Body of Cheetah Name Opposite Falcon Nest.
  3. As H stands for Harley,
  4. He stands for Health,
  5. Li stands for like,
  6. Be stands for Beautiful,
  7. B stands for Body,
  8. C stands for cheetah,
  9. N stands for name,
  10. O stands for opposite,
  11. F stands for falcon,
  12. Ne stands for nest.
  13. The next 10 elements are
  1. Sodium (Na)
  2. Magnesium (Mg)
  3. Aluminum – (Al)
  4. Silicon (Si)
  5. Phosphorus (P)
  6. Sulfur (S)
  7. Chlorine (Cl)
  8. Argon (Ar)
  9. Potassium (K)
  10. 20.Calcium (Ca)
  • These elements can be remembered by this line
  • Nation Mgell Always Sign Patrol Safety Clause Agreement King of Canada
  • Na stands for nation,
  • Mg stands for mgell,
  • Al stands for always,
  • Si stands for sign,
  • P stands for patrol,
  • S stands for safety,
  • Cl stands for clause,
  • Ag stands for agreement,
  • K stands for King,
  • Ca stands for Canada.
  • The next 10 elements are
  1. Scandium (Sc)
  2. Titanium (Ti)
  3. Vanadium (V)
  4. Chromium (Cr)
  5. Manganese (Mn)
  6. Iron (Fe)
  7. Cobalt (Co)
  8. Nickel (Ni)
  9. Copper (Cu)
  10. Zinc (Zn)
  1. These elements can be remembered by this line
  2. Scent, Tie, Vase, Crystal, Mango Fetch the Cobra Night by Current Zendaya
  3. Sc stands for Scent,
  4. Ti stands for Tie,
  5. V stands for Vase,
  6. Cr stands for Crystal,
  7. M stands for Mango,
  8. Fe stands for Fetch,
  9. Co stands for Cobra,
  10. Ni stands for Night,
  11. Cu stands for Current,
  12. Zn stands for Zendaya.
Atomic No. Name of Element Valency Charge Lewis Symbol
1 Hydrogen 1 +1
2 Helium 0 0
3 Lithium 1 +1
4 Beryllium 2 +2
5 Boron 3 -3, +3
6 Carbon 4 +4
7 Nitrogen 3 -3
8 Oxygen 2 -2
9 Fluorine 1 -1
10 Neon 0 0
11 Sodium 1 +1
12 Magnesium 2 +2
13 Aluminum 3 +3
14 Silicon 4 +4, -4
15 Phosphorus 3 +5, +3, -3
16 Sulphur 2 -2, +2, +4, +6
17 Chlorine 1 -1
18 Argon 0 0
19 Potassium 1 +1
20 Calcium 2 +2
21 Scandium 3 +3
22 Titanium 4 +4, +3
23 Vanadium 5,4 +2, +3, +4, +5
24 Chromium 2 +2, +3, +6
25 Manganese 7,4,2 +2, +4, +7
26 Iron 2,3 +2, +3
27 Cobalt 3,2 +2, +3
28 Nickel 2 +2
29 Copper 2,1 +1, +2
30 Zinc 2 +2


: Tricks to Remember the First 30 Elements in Periodic Table

How to remember 40 elements?

Mnemonic devices: Create rhymes or phrases that help you remember the elements. For example, you could use the phrase ‘Here He Lies Beneath Bed Clothes, Nothing On, Feeling Nervous’ to remember the first nine elements. Visualization: Create mental images or pictures that help you remember the elements.

What is the mnemonic for period 7?

It includes are Actinium (Ac), Rutherfordium (Rf), Dubnium (Db), Seaborgium (Sg), Bohrium (Bh), Hassium (Hs), Meitnerium (Mt), and Darmstadtium (Ds). Mnemonic for Period 7: Ak(c)ele R(f) D(b) S(g)harma ki B(h)ook mein H(s)ain Maths ke Difficult sawaal.

When should I memorize the periodic table?

There is little point to memorizing the periodic table unless you were being tested specifically for that skill, as it is an easily searchable reference. There was always one on the wall in my chemistry class, even during exams. Atomic number and atomic mass are the most basic concepts to understand first.

What is the mnemonic for the 11 to 20 elements?

Easiest Way to Remember the First 20 Elements of a Periodic Table – The easiest way to remember the first 20 elements of a periodic table is to memorize the mnemonic sentence – Happy Henry lives beside boron cottage, near our friend Nelly Nancy Mg Allen.

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Name all the 118 Elements in the Periodic Table with their Symbol, Atomic Mass and Atomic Number To Get Maximum Current Through A Resistance Of 2 Point 5 Ohm One Can Use M Rows Of Cells Each Row Having N Cells? A Dipole Is Placed In An Electric Field As Shown In Which Direction Will It Move? Three Resistors Having Resistances R1 R2 And R3 Are Connected As Shown In The Given Circuit The Ratio I3 By I1 Of Currents In Terms Of Resistances Used In The Circuit Is?

What is a mnemonic in chemistry?

From Wikipedia, the free encyclopedia A mnemonic is a memory aid used to improve long-term memory and make the process of consolidation easier. Many chemistry aspects, rules, names of compounds, sequences of elements, their reactivity, etc., can be easily and efficiently memorized with the help of mnemonics. This article contains the list of certain mnemonics in chemistry.

Can there be elements beyond 118?

Extended periodic table Element 119 ( Uue, marked here) in period 8 (row 8) marks the start of theorisations. An extended periodic table theorises about chemical elements beyond those currently known in the periodic table and proven. The element with the highest atomic number known is oganesson ( Z = 118), which completes the seventh period (row) in the periodic table, All elements in the eighth period and beyond thus remain purely hypothetical. Elements beyond 118 will be placed in additional periods when discovered, laid out (as with the existing periods) to illustrate periodically recurring trends in the properties of the elements concerned. Any additional periods are expected to contain a larger number of elements than the seventh period, as they are calculated to have an additional so-called g-block, containing at least 18 elements with partially filled g- orbitals in each period. An eight-period table containing this block was suggested by Glenn T. Seaborg in 1969. The first element of the g-block may have atomic number 121, and thus would have the systematic name unbiunium, Despite many searches, no elements in this region have been synthesized or discovered in nature. According to the orbital approximation in quantum mechanical descriptions of atomic structure, the g-block would correspond to elements with partially filled g-orbitals, but spin–orbit coupling effects reduce the validity of the orbital approximation substantially for elements of high atomic number. Seaborg’s version of the extended period had the heavier elements following the pattern set by lighter elements, as it did not take into account relativistic effects, Models that take relativistic effects into account predict that the pattern will be broken. Pekka Pyykkö and Burkhard Fricke used computer modeling to calculate the positions of elements up to Z = 172, and found that several were displaced from the Madelung rule, As a result of uncertainty and variability in predictions of chemical and physical properties of elements beyond 120, there is currently no consensus on their placement in the extended periodic table. Elements in this region are likely to be highly unstable with respect to radioactive decay and undergo alpha decay or spontaneous fission with extremely short half-lives, though element 126 is hypothesized to be within an island of stability that is resistant to fission but not to alpha decay. Other islands of stability beyond the known elements may also be possible, including one theorised around element 164, though the extent of stabilizing effects from closed nuclear shells is uncertain. It is not clear how many elements beyond the expected island of stability are physically possible, whether period 8 is complete, or if there is a period 9. The International Union of Pure and Applied Chemistry (IUPAC) defines an element to exist if its lifetime is longer than 10 −14 seconds (0.01 picoseconds, or 10 femtoseconds), which is the time it takes for the nucleus to form an electron cloud, As early as 1940, it was noted that a simplistic interpretation of the relativistic Dirac equation runs into problems with electron orbitals at Z > 1/α ≈ 137, suggesting that neutral atoms cannot exist beyond element 137, and that a periodic table of elements based on electron orbitals therefore breaks down at this point. On the other hand, a more rigorous analysis calculates the analogous limit to be Z ≈ 173 where the 1s subshell dives into the Dirac sea, and that it is instead not neutral atoms that cannot exist beyond element 173, but bare nuclei, thus posing no obstacle to the further extension of the periodic system. Atoms beyond this critical atomic number are called supercritical atoms.

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Can you tell me the first 20 elements?

First 20 Elements with Symbols and Atomic Number (Table)

  1. H – Hydrogen
  2. He – Helium
  3. Li – Lithium
  4. Be – Beryllium
  5. B – Boron
  6. C – Carbon
  7. N – Nitrogen
  8. O – Oxygen
  9. F – Fluorine
  10. Ne – Neon
  11. Na – Sodium
  12. Mg – Magnesium
  13. Al – Aluminium
  14. Si – Silicon
  15. P – Phosphorus
  16. S – Sulphur
  17. Cl – Chlorine
  18. Ar – Argon
  19. K – Potassium
  20. Ca – Calcium

The number of the element is its atomic number, that is the number of protons in the nucleus for every atom of that element. While the element symbol is a one- or two-letter abbreviation of the element’s name. It can also refer to an old name. (K, for example, stands for kalium).

  1. The total mass of one atom of a specific element is defined as the atomic mass of that element.
  2. Its unit is termed the unified atomic mass unit and is signified by the symbol ‘u’.
  3. Standard atomic weight is utilised to deliver the value of the mean of the atomic masses in a mixture of isotopes in a provided sample of an element.

About 99% of the mass of the human body is made of six of these elements. The first 20 elements provide a great overview of the various element groups. They can also be found in more common chemical processes. The periodic table lists the elements in order of increasing atomic number.

  • 1) Hydrogen (H): Valency : 1, Valence electrons : 1
  • 2) Helium (He): Valency : 0, Valence electrons : 2
  • 3) Lithium (Li): Valency : 1, Valence electrons : 1
  • 4) Beryllium (Be): Valency : 2, Valence electrons : 2
  • 5) Boron (B): Valency : 3, Valence electrons : 3

Noble gases except He, have complete s and p outer electron shells. So they are not easily involved in chemical reactions and bond formations. There are three noble gases in the first 20 elements: Helium (He), Neon (Ne), and Argon (Ar). Helium has an atomic number 2, Neon has an atomic number of 10, while Argon has an atomic number of 18.

The periodic table of the elements lists all of the chemical elements that have been discovered or created; they are organised into seven horizontal periods in the order of their atomic numbers, with the lanthanoids, lanthanum, 57, to lutetium, 71, and actinoids, actinium, 89, to lawrencium, 103 mentioned independently.

: First 20 Elements with Symbols and Atomic Number (Table)

How do you memorize elements?

You can memorize the periodic table in one night, simply by emulating best-practice memorization techniques and doing what memory experts do. Common sense, right? Memory experts and world champion memory ‘athletes’ activate the enormous natural power of their visual memory by using visualization and association mnemonic techniques.

  • That’s a fancy way of saying they create mental pictures and link them together in their mind.
  • It’s incredibly simple but amazingly fast and effective.
  • Watch YouTube’s #1 “How to Memorize” video and you’ll probably amaze yourself with how easily you can remember and recall 15 random words in order, using one of these techniques.

The foundation technique most memory experts use is the Method of Loci (or Memory Palace or Journey Method). Think of a particular journey you take every day, and picture certain locations along the way. For example, imagine leaving home in the morning and travelling to work or school.

  1. You might walk out your front door, through the front gate, and get on a bus.
  2. At each location you visualize an object that represents what you’re trying to remember.
  3. Because the chemical elements themselves can be difficult to visualize, you substitute them with an object that you will naturally associate or link to the element itself.

For example, ‘hydrogen’ sounds similar to ‘hydrant’, so when you visualize a hydrant sitting at your front door, you’ll be prompted to remember ‘hydrogen’. When you picture a large helium balloon tied to your front gate, you’ll remember helium. And when your bus begins talking with a ‘lithp’ (how people with a lisp pronounce ‘lisp’), you’ll be prompted to recall lithium.

  1. These established memory techniques have been proven by over 50 years of academic research in fields like cognitive psychology.
  2. Google ‘memory palace’ or ‘world memory champion’ and you’ll discover they’re the fastest and most effective methods to memorize a deck of playing cards and a lot of other geeky things.
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The method used in the video above is called the Link and Story Method, and is based on the same principles of visualization and association. The weakness of this method compared to the Memory Palace is the amount of time it takes to create the (intentionally) bizarre and crazy story to link all the words (or chemical elements) together.

  • But all the work has already been done for you at How to Memorize the Periodic Table,
  • This animated video course is the fastest way to memorize the periodic table because it uses best-practice visual memory techniques.
  • All the mental images and association links described above have already been created, and transformed into engaging whiteboard animation videos.

You just need to sit back and watch, and let the amazing natural power of your visual memory do its thing. What about other techniques? Most other methods people suggest to memorize the periodic table rely on verbal memory, but don’t activate the enormous power of your visual memory.

Flashcards or equivalent apps are convenient but don’t provide an association or link between chemical element names, meaning they rely on rote memorization. Repetition by itself is not meaningful, takes an unnecessarily long time and effective retention is low. Acronyms and acrostics are ‘first letter mnemonics’.

You could use the acronym HHeLiBeBCNOF (pronounced ‘heeliebeb kernoff’) to remember the first nine elements. It’s a nonsense word, but it condenses nine names into one mental prompt or cue. Or the acrostic ” H ere He Li es Be neath B ed C lothes, N othing O n, F eeling Ne rvous” would equate to H He Li Be B C N O F Ne.

Acronyms chunk words together, which is good (even if they are nonsense) and acrostics use more meaning, but either way you’ll only have the first letter or two to remind you of each element’s full name. That’s tough for 118 elements! The first letter cues don’t prompt you enough to recall the complete element name, so acronyms and acrostics can be great for the first 20 elements, but not for all 118.

Songs are also popular, whether you’re a fan of Tom Lehrer or ASAP Science. A catchy tune gives better association and meaning than acronyms and acrostics, but you still have to rely on bucketloads of repetition. They’re a great way to make repetition fun, but songs only tap into your verbal memory, not your powerful visual memory.

What is the short trick for D block elements?

explain me any trick to learn d block elements !!!!!. Tricks to Learn d-Block Elements: d-block elements are an important part of the periodic table. They are also known as transition elements. Here are some tricks to learn d-block elements: 1. Learn the Basics: Before diving into the d-block elements, it is important to learn the basics of the periodic table.

This includes understanding the atomic number, atomic mass, and the location of d-block elements in the periodic table.2. Learn the Electronic Configuration: The electronic configuration of d-block elements is different from other elements. It is important to learn the electronic configuration of each element to understand their properties and behavior.3.

How to Memorize the Periodic Table With a PRACTICAL Mnemonic Strategy

Learn the Properties: Each d-block element has unique properties that differentiate them from other elements. Learning these properties will help you understand their behavior and reactions.4. Mnemonic Devices: Mnemonic devices can be helpful in remembering the names and symbols of d-block elements.

For example, a common mnemonic device is “Good Scientists Like Finding New Elements” to remember the first ten d-block elements (Scandium, Titanium, Vanadium, Chromium, Manganese, Iron, Cobalt, Nickel, Copper, Zinc).5. Practice and Review: Practice is key to learning d-block elements. Practice writing the electronic configuration and properties of each element.

Review your notes regularly to reinforce your understanding. In conclusion, learning d-block elements can be challenging, but with practice and mnemonic devices, it can become easier. It is important to learn the basics, electronic configuration, properties, and practice regularly.