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Catch Us If You Can
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"Catch Us If You Can"
Single by The Dave Clark Five
A-side
"Catch Us If You Can"
B-side
"On The Move"
Released
1965 (1965)
Length
1:54
Label
Columbia-EMI (UK)
Epic (US)
Songwriter(s)
Dave Clark, Lenny Davidson
Producer(s)
Dave Clark
The Dave Clark Five singles chronology
"Come Home"
(1965) "Catch Us If You Can"
(1965) "Over and Over"
(1965)
"Come Home"
(1965) "Catch Us If You Can"
(1965) "Over and Over"
(1965)
"Catch Us If You Can" is a 1965 song from The Dave Clark Five (DC5), written by group's drummer Dave Clark and guitarist Lenny Davidson. The song was one of DC5's top hits, reaching number 5 on the UK Singles Chart in the late summer of 1965 and number 4 on the U.S. pop singles chart,[1] later that fall.
Starting with guitar and finger snapping accompaniment, the hook was instantaneous:
Here they come again, mmmm-mm-mm
Catch us if you can, mmmm-mm-mm
Time to get a move on, mmmm-mm-mm
We will yell with all of our might!
[drums kick in]
Catch us if you can ...
As such, it served as the title song to John Boorman's well-regarded DC5 vehicle and pop scene film Catch Us If You Can (retitled Having a Wild Weekend in the U.S.) of the same year. The title phrase was seemingly a take-off on the 1959 crime film Catch Me If You Can and similar phrases, with "me" turned to the group's "us".
In years since, "Catch Us If You Can" is played near the start of Shrewsbury Town F.C. matches as the footballers run onto the pitch. This has been happening on and off since the 1974-1975 season and "Catch" is thus seen by home fans as Shrewsbury's de facto theme tune. Such was its significance to Shrewsbury Town that a local band, Hello Cleveland, and Shrewsbury fans released a cover version of the song, with a percentage of the proceeds going to children's charity Hope House.[2] The song was made available for purchase on Amazon and on the club's official shop webpage.
In the U.S., "Catch" remains one of the DC5's most played tunes on oldies radio stations. In Australia, the Candid Camera-style television show Catch Us If You Can was named after the song.
Author Emlyn Williams used this song's lyric as an epigraph in Beyond Belief, his book about the serial killers Ian Brady and Myra Hindley. "Catch Us If You Can" was a hit song on British radio during part of the time the Moors murders were being committed.
The song was also used in a Walkers advert in 1995 around May (when the song was thirty years old) for their now discontinued (but new at the time) crinkle-cut range (featuring three flavours: Cream Cheese & Chive, Cheese & Ham and Roast Beef & Mustard); the song seemed appropriate as it was saying "catch us crinkle cut crisps if you can". (The off-screen voice-over, as for all Walkers crisps commercials then, was Hugh Laurie.)
The song was also featured in the opening sequence of the ESPN broadcast of the 1989 Winston 500 NASCAR race held at Talladega Superspeedway.[3]
"Catch Us If You Can" was also used for video clips of baseball highlights on The George Michael Sports Machine.
References[edit]
Jump up ^ Whitburn, Joel (2004). The Billboard Book of Top 40 Hits: Eighth Edition. Record Research. p. 129.
Jump up ^ The song on YouTube
Jump up ^ 1989 Winston 500 on YouTube
[hide]
v
t
e
The Dave Clark Five (DC5)
Dave Clark
Mike Smith
Lenny Davidson
Rick Huxley
Denis Payton
Songs
"I Knew It All the Time"
"Do You Love Me"
"Glad All Over"
"Bits and Pieces"
"Stay"
"Can't You See That She's Mine"
"Any Way You Want It"
"Because"
"I Like It Like That"
"Catch Us If You Can"
"Over and Over"
"You Got What It Takes"
"You Must Have Been a Beautiful Baby"
UK albums
A Session with The Dave Clark Five
Catch Us If You Can
Everybody Knows
5 by 5 = GO!
If Somebody Loves You
Good Old Rock n' Roll
Dave Clark and Friends
US albums
Glad All Over
The Dave Clark Five Return!
American Tour
Coast to Coast
Weekend in London
Having a Wild Weekend
I Like It Like That
Try Too Hard
Satisfied with You
5 by 5
You Got What It Takes
Everybody Knows
UK compilations
Greatest Hits
The Best of the Dave Clark Five
25 Thumping Great Hits
Glad All Over Again
The Hits
US compilations
The Dave Clark Five
The Dave Clark Five's Greatest Hits
More Greatest Hits
History of The Dave Clark Five
Related articles
Discography
Catch Us If You Can
Book: The Dave Clark Five
Retrieved from "https://en.wikipedia.org/w/index.php?title=Catch_Us_If_You_Can&oldid=699091139"
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Eden Sher
From Wikipedia, the free encyclopedia
Jump to: navigation, search
Eden Sher
Born
Eden Rebecca Sher
(1991-12-26) December 26, 1991 (age 26)
Los Angeles, California, U.S.
Nationality
American
Occupation
Actress
Years active
2001–present
Known for
Sue Heck in The Middle
Star Butterfly in Star vs. the Forces of Evil
Eden Rebecca Sher (born December 26, 1991) is an American actress, best known for her role as Sue Heck on the ABC comedy series The Middle and as the voice of Star Butterfly on the Disney XD original animated series Star vs. the Forces of Evil. She won the 2013 Critics' Choice Television Award for Best Supporting Actress in a Comedy Series for her performance in The Middle.
Contents
[hide]
1 Early life
2 Career
3 Filmography
4 References
5 External links
Early life[edit]
Sher was born in Los Angeles, California on December 26, 1991 to a Jewish family. She was raised by her single mother, a school teacher. She has both an older and a younger brother and three dogs.[1] She began her acting career at age eight by participating in school plays, local theater productions and singing in her elementary school chorus. Her interest in acting was ignited after her appearance in a "Jaywalking" segment on The Tonight Show with Jay Leno gained network attention.[2][3]
Career[edit]
Throughout her years as an actress, she has played a number of roles in television series, but many of these were short lived, as the series were either canceled or her character was eliminated. It was not until she landed a role as Sue Heck on the ABC comedy series The Middle that she gained a starring and more permanent role. Since 2009, Sher has starred in the ABC comedy series The Middle as Sue Heck, a quirky but optimistic teenager. In 2013, she won the Critics' Choice Television Award for Best Supporting Actress in a Comedy Series for her role in The Middle.[4][5] In 2006, she played the role of Gretchen, a middle school love interest for one of the main characters, Alexander Gould, in the Showtime comedy-drama series Weeds. Later that same year, she landed the regular role of Carrie Fenton on Sons & Daughters, which was canceled 11 episodes into its first season.[6] In 2007, Sher played a student attending Harbor High in the final season of the Fox drama series The O.C..[6] She also appeared in the 2001 short film Stuck and television advertisements for Capital One and Fruity Pebbles.
Filmography[edit]
Television and film roles
Year
Title
Role
Notes
2001 Stuck Caterpillar Girl Film
2003 O.C., TheThe O.C. Jane Episode: "The Dream Lover"
2006 Weeds Gretchen Recurring role; 8 episodes
Nominated – Screen Actors Guild Award for Outstanding Performance by an Ensemble in a Comedy Series (2007)
Sons & Daughters Carrie Fenton Recurring role; 11 episodes
2008 Middleman, TheThe Middleman Cindy Marshall Episode: "The Boyband Superfan Interrogation"
2009 Party Down Monica McSpadden Episode: "Willow Canyon Homeowners Annual Party"
Sonny with a Chance Lucy Episode: "Three's Not Company"
2009–present Middle, TheThe Middle Sue Heck Main role; 215 episodes
Winner – Critics' Choice Television Award for Best Supporting Actress in a Comedy Series (2013)
Nominated – Critics' Choice Television Award for Best Supporting Actress in a Comedy Series (2011–2012, 2015)
Nominated – Young Artist Award for Best Performance in a TV Series (2010)
Nominated – Young Artist Award for Outstanding Young Ensemble in a TV Series (2011)
2012–2013 Pair of Kings Billie 2 episodes
2014 Scotch Moses Claire Episode: "Group Therapy"
Veronica Mars Penny Film
2015–present Star vs. the Forces of Evil Star Butterfly Main voice role; 51 episodes[7]
2016 Temps Amy Film
2017 The Outcasts Mindy Direct-to-video film
2018 Robot Chicken Karen / Widowed Mouse Voice role; episode: "Things Look Bad for the Streepster"
Step Sisters Beth Direct-to-video film
References[edit]
Jump up ^ "Eden Sher". Starpulse.com. Retrieved November 1, 2015.
Jump up ^ "Eden Sher as Sue Heck". ABC. Retrieved November 1, 2015.
Jump up ^ Lennox, Mike (September 28, 2011). "Eden Sher is the Girl in 'The Middle'". Backstage.com. Retrieved March 2, 2018.
Jump up ^ Andreeva, Nellie (June 10, 2013). "2013 Critics' Choice TV Awards: 'Big Bang Theory,' 'Behind The Candelabra,' 'American Horror Story,' 'Breaking Bad'". Deadline.com. Retrieved July 26, 2017.
Jump up ^ Gold Derby News Desk (June 10, 2013). "Critics Choice TV Award winners: 'Game of Thrones,' 'Breaking Bad,' 'Big Bang Theory' and ..." Gold Derby Awards. Retrieved August 7, 2017.
^ Jump up to: a b "Eden Sher Biography". Starpulse.com. Retrieved January 6, 2017.
Jump up ^ Hill, Jim (July 17, 2015). "Eden Sher Voices Disney's First Kick-Butt Princess for "Star vs. the Forces of Evil"". The Huffington Post. Retrieved February 5, 2017.
External links[edit]
Eden Sher on IMDb
[show]
v
t
e
Critics' Choice Television Award for Best Supporting Actress in a Comedy Series
Busy Philipps (2011)
Julie Bowen (2012)
Kaley Cuoco / Eden Sher (2013)
Allison Janney / Kate Mulgrew (2014)
Allison Janney (2015)
Mayim Bialik (2016)
Jane Krakowski (2016)
Mayim Bialik (2017)
Authority control
WorldCat Identities
VIAF: 187181296
LCCN: no2011164139
BNE: XX5406341
Retrieved from "https://en.wikipedia.org/w/index.php?title=Eden_Sher&oldid=837963744"
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American television actresses
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text:
Block (periodic table)
From Wikipedia, the free encyclopedia
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A block of the periodic table of elements is a set of adjacent groups. The term appears to have been first used by Charles Janet.[1] The respective highest-energy electrons in each element in a block belong to the same atomic orbital type. Each block is named after its characteristic orbital; thus, the blocks are:
s-block
p-block
d-block
f-block
g-block (hypothetical)
The block names (s, p, d, f and g) are derived from the spectroscopic notation for the associated atomic orbitals: sharp, principal, diffuse and fundamental, and then g which follows f in the alphabet.
The following is the order for filling the "subshell" orbitals, according to the Aufbau principle, which also gives the linear order of the "blocks" (as atomic number increases) in the periodic table:
1s, 2s, 2p, 3s, 3p, 4s, 3d, 4p, 5s, 4d, 5p, 6s, 4f, 5d, 6p, 7s, 5f, 6d, 7p, ...
For discussion of the nature of why the energies of the blocks naturally appear in this order in complex atoms, see atomic orbital and electron configuration.
The "periodic" nature of the filling of orbitals, as well as emergence of the s, p, d and f "blocks" is more obvious, if this order of filling is given in matrix form, with increasing principal quantum numbers starting the new rows ("periods") in the matrix. Then, each subshell (composed of the first two quantum numbers) is repeated as many times as required for each pair of electrons it may contain. The result is a compressed periodic table, with each entry representing two successive elements:
Blocks in the periodic table
1s
2s                                                 2p  2p  2p
3s                                                 3p  3p  3p
4s                             3d  3d  3d  3d  3d  4p  4p  4p
5s                             4d  4d  4d  4d  4d  5p  5p  5p
6s 4f  4f  4f  4f  4f  4f  4f  5d  5d  5d  5d  5d  6p  6p  6p
7s 5f  5f  5f  5f  5f  5f  5f  6d  6d  6d  6d  6d  7p  7p  7p

Contents
1 Periodic table
1.1 s-block
1.2 p-block
1.2.1 P-block metals
1.2.2 Metalloids
1.2.3 Noble gases
1.2.4 Halogens
1.3 d-block
1.4 f-block
1.5 g-block
2 References
Periodic table[edit]
There is an approximate correspondence between this nomenclature of blocks, based on electronic configuration, and groupings of elements based on chemical properties. The s-block and p-block together are usually considered as the main-group elements, the d-block corresponds to the transition metals, and the f-block are the lanthanides and the actinides. However, not everyone agrees on the exact membership of each set of elements, so that for example the group 12 elements Zn, Cd and Hg are considered as main group by some scientists and transition metals by others, because they are chemically and physically more similar to the p-block elements than the other d-block elements. Furthermore, the group 3 elements and the f-block are sometimes also considered main group elements due to their similarities to the s-block elements. Groups (columns) in the f-block (between groups 3 and 4) are not numbered.
Helium is from the p-block s-block, with its outer (and only) electrons in the 1s atomic orbital, although its chemical properties are more similar to the p-block noble gases due to its full shell. In addition to the blocks listed in this table, there is a hypothetical g-block which is not pictured here. The g-block elements can be seen in the expanded extended periodic table. Also, lanthanum and actinium are placed under scandium and yttrium to reflect their status as d-block elements, as they have no electrons in the 4f and 5f orbitals, respectively, while lutetium and lawrencium do.[2]
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Ti 23
V 24
Cr 25
Mn 26
Fe 27
Co 28
Ni 29
Cu 30
Zn 31
Ga 32
Ge 33
As 34
Se 35
Br 36
Kr
5
37
Rb 38
Sr 39
Y 40
Zr 41
Nb 42
Mo 43
Tc 44
Ru 45
Rh 46
Pd 47
Ag 48
Cd 49
In 50
Sn 51
Sb 52
Te 53
I 54
Xe
6
55
Cs 56
Ba 57
La 72
Hf 73
Ta 74
W 75
Re 76
Os 77
Ir 78
Pt 79
Au 80
Hg 81
Tl 82
Pb 83
Bi 84
Po 85
At 86
Rn
7
87
Fr 88
Ra 89
Ac 104
Rf 105
Db 106
Sg 107
Bh 108
Hs 109
Mt 110
Ds 111
Rg 112
Cn 113
Nh 114
Fl 115
Mc 116
Lv 117
Ts 118
Og

58
Ce 59
Pr 60
Nd 61
Pm 62
Sm 63
Eu 64
Gd 65
Tb 66
Dy 67
Ho 68
Er 69
Tm 70
Yb 71
Lu
90
Th 91
Pa 92
U 93
Np 94
Pu 95
Am 96
Cm 97
Bk 98
Cf 99
Es 100
Fm 101
Md 102
No 103
Lr

s-block p-block d-block f-block Background color shows the block of the periodic table
Primordial From decay Synthetic Border shows natural occurrence of the element
s-block[edit]
The s-block is on the left side of the periodic table and includes elements from the first two columns, the alkali metals (group 1) and alkaline earth metals (group 2), plus hydrogen and helium. Helium is a controversial element for the scientists as it can be placed in the second group of s block as well as the 18th group of p-block, but most scientists consider it to rest at the top of group 18 i.e. above neon (atomic number 10) as it has many properties similar to the group 18 elements.
Most s-block elements are highly reactive metals due to the ease with which their outer s-orbital electrons interact to form compounds. The first period elements in this block, however, are nonmetals. Hydrogen is highly chemically reactive, like the other s-block elements, but helium is a virtually unreactive noble gas.
S-block elements are unified by the fact that their valence electrons (outermost electrons) are in the s orbital. The s-orbital is a single spherical cloud which can contain only one pair of electrons; hence, the s-block consists of only two columns in the periodic table. Elements in column 1, with a single s-orbital valence electron, are the most reactive of the block. Elements in the second column have two s-orbital valence electrons, and, except for helium, are only slightly less reactive.The general electron configuration (G.E.F.)of s-block elements is ns2,np6.This block is first block.
p-block[edit]
The p-block is on the right side of the periodic table and includes elements from the six columns beginning with column 13 and ending with column 18. Helium, though being in the top of group 18, is not included in the p-block.
The p-block is home to the biggest variety of elements and is the only block that contains all three types of elements: metals, nonmetals, and metalloids. Generally, the p-block elements are best described in terms of element type or group.
P-block elements are unified by the fact that their valence electrons (outermost electrons) are in the p orbital. The p orbital consists of six lobed shapes coming off a central point at evenly spaced angles. The p orbital can hold a maximum of six electrons, hence there are six columns in the p-block. Elements in column 13, the first column of the p-block, have one p-orbital electron. Elements in column 14, the second column of the p-block, have two p-orbital electrons. The trend continues this way until we reach column 18, which has six p-orbital electrons.
P-block metals[edit]
P-block metals have classic metal characteristics: they are shiny, they are good conductors of heat and electricity, and they lose electrons easily. Generally, these metals have high melting points and readily react with nonmetals to form ionic compounds. Ionic compounds form when a positive metal ion bonds with a negative nonmetal ion.
Of the p-block metals, several have fascinating properties. Gallium, in the 3rd row of column 13, is a metal that can melt in the palm of a hand. Tin, in the fourth row of column 14, is an abundant, flexible, and extremely useful metal. It is an important component of many metal alloys like bronze, solder, and pewter.
Sitting right beneath tin is lead, a toxic metal. Ancient people used lead for a variety of things, from food sweeteners to pottery glazes to eating utensils. It has been suspected that lead poisoning is related to the fall of Roman civilization,[3] but further research has shown this to be unlikely.[4][5] For a long time, lead was used in the manufacturing of paints. It was only within the last century that lead paint use has been restricted due to its toxic nature.
Metalloids[edit]
Metalloids have properties of both metals and nonmetals, but the term 'metalloid' lacks a strict definition. All of the elements that are commonly recognized as metalloids are in the p-block: boron, silicon, germanium, arsenic, antimony, and tellurium. Metalloids tend to have lower electrical conductivity than metals, yet often higher than nonmetals. They tend to form chemical bonds similarly to nonmetals, but may dissolve in metallic alloys without covalent or ionic bonding. Metalloid additives can improve properties of metallic alloys, sometimes paradoxically to their own apparent properties. Some may give a better electrical conductivity, higher corrosion resistance, ductility, or fluidity in molten state, etc. to the alloy.
Boron has many carbon-like properties, but is very rare. It has many uses, for example a P type semiconductor dopant.
Silicon is perhaps the most famous metalloid. It is the second most abundant element in Earth's crust and one of the main ingredients in glass. It is used to make semiconductor circuits, from large power switches and high current diodes to microchips for computers and other electronic devices. It is also used in certain metallic alloys, e.g. to improve casting properties of alumimium. So valuable is silicon to the technology industry that Silicon Valley in California is named after it.
Germanium has properties very similar to silicon, yet this element is much more rare. It was once used for its semiconductor properties pretty much as silicon is now, and it has some superior properties at that, but is now a rare material in the industry.
Arsenic is a toxic metalloid that has been used throughout history as an additive to metal alloys, paints, and even makeup.
Antimony is used as a constituent in casting alloys such as printing metal.
Not always considered as metalloids:
Carbon, in the same column with silicon and germanium, electrically fairly conductive unlike most other nonmetals, and to an extent preferred as a trace constituent in certain metallic alloys such as steel
Phosphorus has metallurgical uses among others, e.g. a constituent of some copper alloys
Selenium, once used as a semiconductor material, and also used to improve properties of metallic alloys
Aluminium is generally considered a metal, but it has some metalloid/non-metal properties such as negative oxidation states
Polonium
Noble gases[edit]
Previously called inert gases, their name was changed as there are a few other gases that are inert but not noble gases, such as nitrogen. The noble gases are located in the far right column of the periodic table, also known as group 0 or group 18. Noble gases are also called as aerogens but this nomenclature of the group is not officially accepted by the IUPAC.
All of the noble gases have full outer shells with eight electrons. However, at the top of the noble gases is helium, with a shell that is full with only two electrons. The fact that their outer shells are full means they rarely react with other elements, which led to their original title of "inert."
Because of their chemical properties, these gases are also used in the laboratory to help stabilize reactions that would usually proceed too quickly. As the atomic numbers increase, the elements become rarer.
Helium is best known for its low density, used to safely produce buoyancy for zeppelins and balloons
Neon is notorious as the red to yellow glow medium of old low power signal lamps and signs
Argon is used as a protective gas in MIG and TIG welding
Krypton has many uses like arc flash medium. Krypton filled incandescent bulbs were once the most efficient variety, before being replaced by halogen technology.
Xenon is used as a plasma medium in high intensity arc lamps with tungsten electrodes. Automotive xenon lights, however, are mostly mercury vapor bulbs with low pressure xenon to help striking the arc and producing light instantly.
Radon is radioactive, and one of the densest elements to remain in gas state at room temperature
Halogens[edit]
The second column from the right side of the periodic table, group 17, is the halogen family of elements. These elements are all just one electron shy of having full shells. Because they are so close to being full, they have the trait of combining with many different elements and are very reactive.
Not all halogens react with the same intensity. Fluorine is the most reactive and combines with most elements from around the periodic table. As with other columns, reactivity decreases as the atomic number increases.
When a halogen combines with another element, the resulting compound is called a halide. One of the best examples of a halide is sodium chloride (NaCl).
d-block[edit]
The d-block is on the middle of the periodic table and includes elements from columns 3 through 12. These elements are also known as the transition metals because they show a transitivity in their properties i.e. they show a trend in their properties in simple incomplete d orbitals. Transition basically means d orbital lies between s and p orbitals and shows a transition from properties of s to p.
The d-block elements are all metals which exhibit two or more ways of forming chemical bonds. Because there is a relatively small difference in the energy of the different d-orbital electrons, the number of electrons participating in chemical bonding can vary. This results in the same element exhibiting two or more oxidation states, which determines the type and number of its nearest neighbors in chemical compounds.
D-block elements are unified by having in their outermost electrons one or more d-orbital electrons but no p-orbital electrons. The d-orbitals can contain up to five pairs of electrons; hence, the block includes ten columns in the periodic table.
f-block[edit]
The f-block is in the center-left of a 32-column periodic table but in the footnoted appendage of 18-column tables. These elements are not generally considered as part of any group. They are often called inner transition metals because they provide a transition between the s-block and d-block in the 6th and 7th row (period), in the same way that the d-block transition metals provide a transitional bridge between the s-block and p-block in the 4th and 5th rows.
The known f-block elements come in two series, the lanthanides of period 6 and the radioactive actinides of period 7. All are metals. Because the f-orbital electrons are less active in determining the chemistry of these elements, their chemical properties are mostly determined by outer s-orbital electrons. Consequently, there is much less chemical variability within the f-block than within the s-, p-, or d-blocks.
F-block elements are unified by having one or more of their outermost electrons in the f-orbital but none in the d-orbital or p-orbital. The f-orbitals can contain up to seven pairs of electrons; hence, the block includes fourteen columns in the periodic table.
g-block[edit]
The g-block is a hypothetical block of elements in the extended periodic table whose Outermost electrons are posited to have one or more g-orbital electrons but no f-, d- or p-orbital electrons.
References[edit]
Jump up ^ Charles Janet, La classification hélicoïdale des éléments chimiques, Beauvais, 1928
Jump up ^ Lavelle, Laurence. "Lanthanum (La) and Actinium (Ac) Should Remain in the d-Block" (PDF). lavelle.chem.ucla.edu. Retrieved 9 November 2014.
Jump up ^ Wilford, John Noble (17 March 1983). "ROMAN EMPIRE'S FALL IS LINKED WITH GOUT AND LEAD POISONING". The New York Times. Retrieved 19 January 2016.
Jump up ^ Killgrove, Kristina (20 January 2012). "Lead Poisoning in Rome - The Skeletal Evidence". Powered by Osteons. Retrieved 19 January 2016.
Jump up ^ Sumner, Thomas (21 April 2014). "Did Lead Poisoning Bring Down Ancient Rome?". Science Magazine. Retrieved 19 January 2016.
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H He
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values: ব্লক (পর্যায় সারণী) – Bangla

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values: Блок на периодичната система – Bulgarian

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values: Blok periodnog sistema elemenata – Bosnian

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values:
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values: بلوک جدول تناوبی – Persian

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values: Blok (periodike tabel) – Western Frisian

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values: खण्ड (आवर्त सारणी) – Hindi

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values: Blocos del tabella periodic – Interlingua

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values:
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values:
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values:
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values: Блок (периоден систем) – Macedonian

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values: 元素のブロック – Japanese

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values: Blokkene i periodesystemet – Norwegian Nynorsk

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values: Bloc (tabelul periodic al elementelor) – Romanian

values:
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values: Блок периодической таблицы – Russian

values: ගොනුව (ආවර්තිතා වගුව) – Sinhala

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values: Блок (периодни систем) – Serbian

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values: Blok periodnog sistema elemenata – Serbo-Croatian

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values: Lohko (jaksollinen järjestelmä) – Finnish

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values: தனிம அட்டவணை எதிர்மின்னி வலயம் – Tamil

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values: บล็อกในตารางธาตุ – Thai

values:
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values: Блок періодичної системи – Ukrainian

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