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Update website

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Steffo 2019-12-11 18:45:22 +01:00
parent dd13d5e1c5
commit 997812e7b2
17 changed files with 407 additions and 197 deletions

0
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@ -1 +1 @@
{"/":{"style.6177a.css":{"type":"style","weight":1},"bundle.50e3e.js":{"type":"script","weight":1}}}
{"/":{"style.bc35d.css":{"type":"style","weight":1},"bundle.e246e.js":{"type":"script","weight":1}}}

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@ -70,7 +70,7 @@ module.exports =
/***/ (function(module, exports) {
// removed by extract-text-webpack-plugin
module.exports = {"latex":"latex__3Esv7"};
module.exports = {"latex":"latex__34DCT"};
/***/ }),
@ -85,7 +85,7 @@ module.exports = {"latex":"latex__3Esv7"};
/***/ (function(module, exports) {
// removed by extract-text-webpack-plugin
module.exports = {"split":"split__3qCWp","splitparent":"splitparent__2xagg","splitchild":"splitchild__3cEoc"};
module.exports = {"split":"split__2Bl8C","splitparent":"splitparent__nqY7W","splitchild":"splitchild__3Ip86"};
/***/ }),
@ -6284,11 +6284,11 @@ var _templateObject = _taggedTemplateLiteralLoose(['\x0Bec{v} = \x0Bec{v}_x + \x
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_templateObject63 = _taggedTemplateLiteralLoose(['Phi_E = 4 pi cdot k cdot q = \frac{q}{epsilon_0}'], ['\\Phi_E = 4 \\pi \\cdot k \\cdot q = \\frac{q}{\\epsilon_0}']),
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_templateObject65 = _taggedTemplateLiteralLoose(['V = \frac{E_{elettrica}}{q}'], ['V = \\frac{E_{elettrica}}{q}']),
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_templateObject72 = _taggedTemplateLiteralLoose(['Omega'], ['\\Omega']),
@ -6307,29 +6307,39 @@ var _templateObject = _taggedTemplateLiteralLoose(['\x0Bec{v} = \x0Bec{v}_x + \x
_templateObject85 = _taggedTemplateLiteralLoose(['mu_0 = 4 pi cdot 10^{-7} \frac{H}{m}'], ['\\mu_0 = 4 \\pi \\cdot 10^{-7} \\frac{H}{m}']),
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_templateObject90 = _taggedTemplateLiteralLoose(['\x0Bec{F}_{magnetica} = q cdot (\x0Bec{v} \times \x0Bec{B})'], ['\\vec{F}_{magnetica} = q \\cdot (\\vec{v} \\times \\vec{B})']),
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_templateObject93 = _taggedTemplateLiteralLoose(['\x0Bec{F}_{magnetica} = I cdot (\x0Bec{L} \times \x0Bec{B})'], ['\\vec{F}_{magnetica} = I \\cdot (\\vec{L} \\times \\vec{B})']),
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_templateObject102 = _taggedTemplateLiteralLoose(['Delta V_{indotta} = - \frac{N cdot Delta Phi_{B_spira}}{Delta t} = - N \frac{N cdot B cdot A cdot cos(alpha)}{Delta t}'], ['\\Delta V_{indotta} = - \\frac{N \\cdot \\Delta \\Phi_{B_spira}}{\\Delta t} = - N \\frac{N \\cdot B \\cdot A \\cdot cos(\\alpha)}{\\Delta t}']),
_templateObject103 = _taggedTemplateLiteralLoose(['N'], ['N']),
_templateObject104 = _taggedTemplateLiteralLoose(['E'], ['E']),
_templateObject105 = _taggedTemplateLiteralLoose(['E = c cdot B'], ['E = c \\cdot B']),
_templateObject106 = _taggedTemplateLiteralLoose(['c'], ['c']),
_templateObject107 = _taggedTemplateLiteralLoose(['c = \frac{1}{sqrt{epsilon_0 cdot mu_0}} = 3.00 cdot 10^8 \frac{m}{s}'], ['c = \\frac{1}{\\sqrt{\\epsilon_0 \\cdot \\mu_0}} = 3.00 \\cdot 10^8 \\frac{m}{s}']),
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_templateObject109 = _taggedTemplateLiteralLoose(['A_{max}'], ['A_{max}']),
_templateObject110 = _taggedTemplateLiteralLoose(['\frac{2 pi}{lambda} = left | \x0Bec{k} \right |'], ['\\frac{2 \\pi}{\\lambda} = \\left | \\vec{k} \\right |']),
_templateObject111 = _taggedTemplateLiteralLoose(['omega'], ['\\omega']),
_templateObject112 = _taggedTemplateLiteralLoose(['\frac{1}{lambda} = R left ( \frac{1}{4} - \frac{1}{n^2} \right )'], ['\\frac{1}{\\lambda} = R \\left ( \\frac{1}{4} - \\frac{1}{n^2} \\right )']),
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_templateObject115 = _taggedTemplateLiteralLoose(['h'], ['h']),
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@ -7597,20 +7607,10 @@ var _ref115 = Object(preact_min["h"])(
var _ref116 = Object(preact_min["h"])(
'p',
null,
'Per qualsiasi percorso chiuso, il flusso magnetico \xE8 uguale alla componente parallela del campo moltiplicata per la lunghezza del percorso:'
'Per qualsiasi percorso chiuso, il flusso magnetico \xE8 uguale alla somma di tutti i "sottoflussi" magnetici calcolati sui suoi lati.'
);
var _ref117 = Object(preact_min["h"])(
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Object(preact_min["h"])(
todo_Todo,
null,
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var _ref118 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge di Gauss per i campi magnetici' },
Object(preact_min["h"])(
@ -7625,7 +7625,7 @@ var _ref118 = Object(preact_min["h"])(
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var _ref119 = Object(preact_min["h"])(
var _ref118 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge di Amp\xE8re' },
Object(preact_min["h"])(
@ -7644,7 +7644,7 @@ var _ref119 = Object(preact_min["h"])(
)
);
var _ref120 = Object(preact_min["h"])(
var _ref119 = Object(preact_min["h"])(
'h3',
null,
'Forza magnetica su carica puntiforme ',
@ -7655,43 +7655,43 @@ var _ref120 = Object(preact_min["h"])(
)
);
var _ref121 = Object(preact_min["h"])(
var _ref120 = Object(preact_min["h"])(
'p',
null,
'I campi magnetici applicano una forza sulle cariche vicine:'
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var _ref122 = Object(preact_min["h"])(
var _ref121 = Object(preact_min["h"])(
'p',
null,
'Si ha una forza massima se la velocit\xE0 \xE8 perpendicolare al campo magnetico.'
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var _ref123 = Object(preact_min["h"])(
var _ref122 = Object(preact_min["h"])(
'p',
null,
'In un campo magnetico uniforme, una velocit\xE0 perpendicolare al campo porta alla creazione di un moto circolare uniforme.'
);
var _ref124 = Object(preact_min["h"])(
var _ref123 = Object(preact_min["h"])(
'p',
null,
'I campi magnetici influenzano ovviamente anche le cariche presenti in un conduttore:'
);
var _ref125 = Object(preact_min["h"])(
var _ref124 = Object(preact_min["h"])(
'a',
{ href: 'https://it.openprof.com/wb/forza_di_lorentz_su_un_filo_percorso_da_corrente?ch=360' },
'[1]'
);
var _ref126 = Object(preact_min["h"])(
var _ref125 = Object(preact_min["h"])(
todo_Todo,
null,
'ha come modulo la lunghezza del conduttore.'
);
var _ref127 = Object(preact_min["h"])(
var _ref126 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Campo magnetico in una spira' },
Object(preact_min["h"])(
@ -7701,19 +7701,19 @@ var _ref127 = Object(preact_min["h"])(
)
);
var _ref128 = Object(preact_min["h"])(
var _ref127 = Object(preact_min["h"])(
'p',
null,
'Un solenoide sono tante spire avvolte in modo da formare una specie di cilindro.'
);
var _ref129 = Object(preact_min["h"])(
var _ref128 = Object(preact_min["h"])(
'p',
null,
'All\'interno del solenoide si crea un campo (quasi) uniforme:'
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var _ref130 = Object(preact_min["h"])(
var _ref129 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
@ -7729,7 +7729,7 @@ var _ref130 = Object(preact_min["h"])(
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);
var _ref131 = Object(preact_min["h"])(
var _ref130 = Object(preact_min["h"])(
'p',
null,
'Il modulo del campo magnetico ',
@ -7753,13 +7753,13 @@ var _ref131 = Object(preact_min["h"])(
' \xE8:'
);
var _ref132 = Object(preact_min["h"])(
var _ref131 = Object(preact_min["h"])(
'p',
null,
'Il campo magnetico cos\xEC creato gira attorno al filo in senso antiorario.'
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var _ref133 = Object(preact_min["h"])(
var _ref132 = Object(preact_min["h"])(
'p',
null,
'Due fili attraversati dalla ',
@ -7793,25 +7793,25 @@ var _ref133 = Object(preact_min["h"])(
' si respingono.'
);
var _ref134 = Object(preact_min["h"])(
var _ref133 = Object(preact_min["h"])(
'p',
null,
'Un conduttore perpendicolare ad un campo magnetico pu\xF2 ottenere una differenza di potenziale se messo in movimento in un direzione perpendicolare alla direzione del conduttore e del campo.'
);
var _ref135 = Object(preact_min["h"])(
var _ref134 = Object(preact_min["h"])(
'p',
null,
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var _ref136 = Object(preact_min["h"])(
var _ref135 = Object(preact_min["h"])(
'p',
null,
'Essa vale:'
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var _ref137 = Object(preact_min["h"])(
var _ref136 = Object(preact_min["h"])(
'p',
null,
'Dove ',
@ -7835,16 +7835,28 @@ var _ref137 = Object(preact_min["h"])(
' \xE8 la lunghezza del conduttore.'
);
var _ref138 = Object(preact_min["h"])(
var _ref137 = Object(preact_min["h"])(
'i',
null,
'Legge di Faraday-Neumann-Lenz'
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var _ref138 = Object(preact_min["h"])(
'p',
null,
'Dice che la forza elettromotrice media indotta in un percorso dipende dalla variazione nel tempo del flusso magnetico nello stesso percorso.'
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'p',
null,
'Dice che la forza elettromotrice indotta in un percorso dipende dalla variazione nel tempo del flusso magnetico nello stesso percorso.'
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Object(preact_min["h"])(
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{ href: 'https://it.wikipedia.org/wiki/Legge_di_Lenz' },
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var _ref140 = Object(preact_min["h"])(
@ -7864,24 +7876,6 @@ var _ref141 = Object(preact_min["h"])(
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var _ref142 = Object(preact_min["h"])(
'p',
null,
'Nel vuoto, il campo elettrico ',
Object(preact_min["h"])(
latex_Latex,
null,
'E'
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Object(preact_min["h"])(
latex_Latex,
null,
'B'
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var _ref143 = Object(preact_min["h"])(
'p',
null,
'Si dice quindi che sono ',
@ -7893,12 +7887,109 @@ var _ref143 = Object(preact_min["h"])(
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var _ref144 = Object(preact_min["h"])(
var _ref143 = Object(preact_min["h"])(
'p',
null,
'Esse sono legate dalla relazione:'
);
var _ref144 = Object(preact_min["h"])(
'p',
null,
'I solidi, se portati ad alta temperatura, emettono luce con uno ',
Object(preact_min["h"])(
'a',
{ href: 'https://it.wikipedia.org/wiki/Spettro_continuo' },
'spettro continuo'
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var _ref145 = Object(preact_min["h"])(
'p',
null,
'I gas, invece, ad alta temperatura emettono luce solo con particolari lunghezze d\'onda.'
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var _ref146 = Object(preact_min["h"])(
'p',
null,
'In un gas di idrogeno, le lunghezze d\'onda emesse sono ricavabili con:'
);
var _ref147 = Object(preact_min["h"])(
'p',
null,
'Una grandezza si dice quantizzata (o discreta) se pu\xF2 assumere solo determinati valori.'
);
var _ref148 = Object(preact_min["h"])(
'p',
null,
'Una grandezza si dice continua se pu\xF2 assumere qualsiasi valore e quindi se non \xE8 quantizzata.'
);
var _ref149 = Object(preact_min["h"])(
'p',
null,
'Energia, momento angolare e raggio sono quantizzati.'
);
var _ref150 = Object(preact_min["h"])(
'p',
null,
'L\'energia degli elettroni \xE8 quantizzata.'
);
var _ref151 = Object(preact_min["h"])(
'p',
null,
'Inoltre, per essi \xE8 valido che:'
);
var _ref152 = Object(preact_min["h"])(
'p',
null,
'Ancora, il raggio delle orbite \xE8 uguale a:'
);
var _ref153 = Object(preact_min["h"])(
'p',
null,
'Infine, in ogni stato, l\'energia \xE8 pari a:'
);
var _ref154 = Object(preact_min["h"])(
'p',
null,
'Due elettroni non possono occupare lo stesso stato.'
);
var _ref155 = Object(preact_min["h"])(
'p',
null,
'Questo modello funziona solo per atomi con numero atomico basso. Atomi con molti elettroni hanno comportamenti diversi, descritti dal modello di'
);
var _ref156 = Object(preact_min["h"])(
split_Split,
null,
Object(preact_min["h"])(
panel_Panel,
{ title: 'Nei solidi' },
Object(preact_min["h"])(
'p',
null,
'Nei solidi, le lunghezze d\'onda sono talmente tanto vicine da poter essere considerate una banda.'
),
Object(preact_min["h"])(
'p',
null,
'Possono per\xF2 comunque avere dei gap dovuti agli intervalli di energia non ammessi.'
)
)
);
var fisica_Fisica = function (_Component) {
fisica__inherits(Fisica, _Component);
@ -9196,18 +9287,26 @@ var fisica_Fisica = function (_Component) {
Object(preact_min["h"])(
'p',
null,
'La sua unit\xE0 di misura \xE8 il Weber (',
Object(preact_min["h"])(
latex_Latex,
null,
r(_templateObject89)
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