Get Codes for Cool HTML Symbols and Greek Letters

A comprehensive list of HTML codes that can produce many useful and cool symbols as well as Greek letter used a lot in science and maths
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Following is a list of special characters that can be used in webpages using HTML codes. Please sure that you are using UTF-8 character set in order to correctly use these symbols. For this, just include the following line in the HEAD section of your webpage:

<meta http-equiv="content-type" content="text/html;charset=utf-8" />
Description HTML code Decimal Hex Character
HTML Decimal Hex
Latin small f with hook = function = florin &fnof; &#402; &#x192; ƒ ƒ ƒ
Greek capital letter alpha &Alpha; &#913; &#x391; Α Α Α
Greek capital letter beta &Beta; &#914; &#x392; Β Β Β
Greek capital letter gamma &Gamma; &#915; &#x393; Γ Γ Γ
Greek capital letter delta &Delta; &#916; &#x394; Δ Δ Δ
Greek capital letter epsilon &Epsilon; &#917; &#x395; Ε Ε Ε
Greek capital letter zeta &Zeta; &#918; &#x396; Ζ Ζ Ζ
Greek capital letter eta &Eta; &#919; &#x397; Η Η Η
Greek capital letter theta &Theta; &#920; &#x398; Θ Θ Θ
Greek capital letter iota &Iota; &#921; &#x399; Ι Ι Ι
Greek capital letter kappa &Kappa; &#922; &#x39A; Κ Κ Κ
Greek capital letter lambda &Lambda; &#923; &#x39B; Λ Λ Λ
Greek capital letter mu &Mu; &#924; &#x39C; Μ Μ Μ
Greek capital letter nu &Nu; &#925; &#x39D; Ν Ν Ν
Greek capital letter xi &Xi; &#926; &#x39E; Ξ Ξ Ξ
Greek capital letter omicron &Omicron; &#927; &#x39F; Ο Ο Ο
Greek capital letter pi &Pi; &#928; &#x3A0; Π Π Π
Greek capital letter rho &Rho; &#929; &#x3A1; Ρ Ρ Ρ
Greek capital letter sigma &Sigma; &#931; &#x3A3; Σ Σ Σ
Greek capital letter tau &Tau; &#932; &#x3A4; Τ Τ Τ
Greek capital letter upsilon &Upsilon; &#933; &#x3A5; Υ Υ Υ
Greek capital letter phi &Phi; &#934; &#x3A6; Φ Φ Φ
Greek capital letter chi &Chi; &#935; &#x3A7; Χ Χ Χ
Greek capital letter psi &Psi; &#936; &#x3A8; Ψ Ψ Ψ
Greek capital letter omega &Omega; &#937; &#x3A9; Ω Ω Ω
Greek small letter alpha &alpha; &#945; &#x3B1; α α α
Greek small letter beta &beta; &#946; &#x3B2; β β β
Greek small letter gamma &gamma; &#947; &#x3B3; γ γ γ
Greek small letter delta &delta; &#948; &#x3B4; δ δ δ
Greek small letter epsilon &epsilon; &#949; &#x3B5; ε ε ε
Greek small letter zeta &zeta; &#950; &#x3B6; ζ ζ ζ
Greek small letter eta &eta; &#951; &#x3B7; η η η
Greek small letter theta &theta; &#952; &#x3B8; θ θ θ
Greek small letter iota &iota; &#953; &#x3B9; ι ι ι
Greek small letter kappa &kappa; &#954; &#x3BA; κ κ κ
Greek small letter lambda &lambda; &#955; &#x3BB; λ λ λ
Greek small letter mu &mu; &#956; &#x3BC; μ μ μ
Greek small letter nu &nu; &#957; &#x3BD; ν ν ν
Greek small letter xi &xi; &#958; &#x3BE; ξ ξ ξ
Greek small letter omicron &omicron; &#959; &#x3BF; ο ο ο
Greek small letter pi &pi; &#960; &#x3C0; π π π
Greek small letter rho &rho; &#961; &#x3C1; ρ ρ ρ
Greek small letter final sigma &sigmaf; &#962; &#x3C2; ς ς ς
Greek small letter sigma &sigma; &#963; &#x3C3; σ σ σ
Greek small letter tau &tau; &#964; &#x3C4; τ τ τ
Greek small letter upsilon &upsilon; &#965; &#x3C5; υ υ υ
Greek small letter phi &phi; &#966; &#x3C6; φ φ φ
Greek small letter chi &chi; &#967; &#x3C7; χ χ χ
Greek small letter psi &psi; &#968; &#x3C8; ψ ψ ψ
Greek small letter omega &omega; &#969; &#x3C9; ω ω ω
Greek small letter theta symbol &thetasym; &#977; &#x3D1; ϑ ϑ ϑ
Greek upsilon with hook symbol &upsih; &#978; &#x3D2; ϒ ϒ ϒ
Greek pi symbol &piv; &#982; &#x3D6; ϖ ϖ ϖ
bullet = black small circle &bull; &#8226; &#x2022;
horizontal ellipsis = three dot leader &hellip; &#8230; &#x2026;
prime = minutes = feet &prime; &#8242; &#x2032;
double prime = seconds = inches &Prime; &#8243; &#x2033;
overline = spacing overscore &oline; &#8254; &#x203E;
fraction slash &frasl; &#8260; &#x2044;
script capital P = power set = Weierstrass p &weierp; &#8472; &#x2118;
blackletter capital I = imaginary part &image; &#8465; &#x2111;
blackletter capital R = real part symbol &real; &#8476; &#x211C;
trade mark sign &trade; &#8482; &#x2122;
alef symbol = first transfinite cardinal &alefsym; &#8501; &#x2135;
leftwards arrow &larr; &#8592; &#x2190;
upwards arrow &uarr; &#8593; &#x2191;
rightwards arrow &rarr; &#8594; &#x2192;
downwards arrow &darr; &#8595; &#x2193;
left right arrow &harr; &#8596; &#x2194;
downwards arrow with corner leftwards = carriage return &crarr; &#8629; &#x21B5;
leftwards double arrow &lArr; &#8656; &#x21D0;
upwards double arrow &uArr; &#8657; &#x21D1;
rightwards double arrow &rArr; &#8658; &#x21D2;
downwards double arrow &dArr; &#8659; &#x21D3;
left right double arrow &hArr; &#8660; &#x21D4;
for all &forall; &#8704; &#x2200;
partial differential &part; &#8706; &#x2202;
there exists &exist; &#8707; &#x2203;
empty set = null set = diameter &empty; &#8709; &#x2205;
nabla = backward difference &nabla; &#8711; &#x2207;
element of &isin; &#8712; &#x2208;
not an element of &notin; &#8713; &#x2209;
contains as member &ni; &#8715; &#x220B;
n-ary product = product sign &prod; &#8719; &#x220F;
n-ary sumation &sum; &#8721; &#x2211;
minus sign &minus; &#8722; &#x2212;
asterisk operator &lowast; &#8727; &#x2217;
square root = radical sign &radic; &#8730; &#x221A;
proportional to &prop; &#8733; &#x221D;
infinity &infin; &#8734; &#x221E;
angle &ang; &#8736; &#x2220;
logical and = wedge &and; &#8743; &#x2227;
logical or = vee &or; &#8744; &#x2228;
intersection = cap &cap; &#8745; &#x2229;
union = cup &cup; &#8746; &#x222A;
integral &int; &#8747; &#x222B;
therefore &there4; &#8756; &#x2234;
tilde operator = varies with = similar to &sim; &#8764; &#x223C;
approximately equal to &cong; &#8773; &#x2245;
almost equal to = asymptotic to &asymp; &#8776; &#x2248;
not equal to &ne; &#8800; &#x2260;
identical to &equiv; &#8801; &#x2261;
less-than or equal to &le; &#8804; &#x2264;
greater-than or equal to &ge; &#8805; &#x2265;
subset of &sub; &#8834; &#x2282;
superset of &sup; &#8835; &#x2283;
not a subset of &nsub; &#8836; &#x2284;
subset of or equal to &sube; &#8838; &#x2286;
superset of or equal to &supe; &#8839; &#x2287;
circled plus = direct sum &oplus; &#8853; &#x2295;
circled times = vector product &otimes; &#8855; &#x2297;
up tack = orthogonal to = perpendicular &perp; &#8869; &#x22A5;
dot operator &sdot; &#8901; &#x22C5;
left ceiling = APL upstile &lceil; &#8968; &#x2308;
right ceiling &rceil; &#8969; &#x2309;
left floor = APL downstile &lfloor; &#8970; &#x230A;
right floor &rfloor; &#8971; &#x230B;
left-pointing angle bracket = bra &lang; &#9001; &#x2329;
right-pointing angle bracket = ket &rang; &#9002; &#x232A;
lozenge &loz; &#9674; &#x25CA;
black spade suit &spades; &#9824; &#x2660;
black club suit = shamrock &clubs; &#9827; &#x2663;
black heart suit = valentine &hearts; &#9829; &#x2665;
black diamond suit &diams; &#9830; &#x2666;

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