function formName020101(){	
	ww('020101 Termologia>Dilatazione Termica>Dilatazione lineare:');return true;
}
function form020101(){
	ww(_l,eq,sub('l',0),at,1,plus,lambda,Delta,_t,ct);
	return true;
}

function formName020102(){
	ww('020102 Termologia>Dilatazione Termica>Cubica:');return true;
}
function form020102(){
	ww(_V,eq,sub(_V,0),at,1,plus,gamma,Delta,_t,ct,approx,sub(_V,0),at,
	1,plus,3,lambda,Delta,_t,ct);
	return true;
}

function formName020201(){
	ww('020201 Termologia>Leggi dei gas>Legge di Volta e Gay-Lussac:');return true;
}
function form020201(){
	ww(lc(_p,eq,sub(_p,0),at,1,plus,alpha,Delta,_t,ct,
	_V,eq,sub(_V,0),at,1,plus,beta,Delta,_t,ct,
	'per un gas perfetto:' ,alpha,
	 eq,beta,eq,frac(1,273.15),grades,sup(_C,-1)))
	return true;
}

function formName020203(){
	ww('020203 Termologia>Leggi dei gas> Boyle e Mariotte:');return true;
}
function form020203(){
	ww('( PV=cost per T=cost )');
	return true;
}

function formName020204(){
	ww('020204 Termologia>Leggi dei gas> Eq. di stato dei gas perfetti:');return true;
}
function form020204(){
	ww(' PV=NKT; K=cost. di Boltzmann=1.381 ',_J,sup(_K,-1),'; N= numero Molecole= n',sub(_N,_a),';',sub(_N,_a),eq,6.022,'&middot',sup(10,23),sup('moli',-1) );
	return true;
}

function formName020205(){
	ww('020205 Termologia>Leggi dei gas> Eq. di stato dei gas perfetti:');return true;
}
function form020205(){
	ww(' PV=nRT; R=cost. univ. dei  gas=', sub(_N,_a),_k,eq,8.314,_J,sup('moli',-1),sup(_K,-1) );
	return true;
}


function formName020206(){
	ww('020206 numero di moli:');return true;
}
function form020206(){
	ww(lc(_n,eq,frac('m massa totale gas in grammi','Massa molecolare')) );
	return true;
}

function formName020206(){
	ww('020206 numero di moli:');return true;
}
function form020206(){
	ww(lc(_n,eq,frac('m massa totale gas in grammi','Massa molecolare')) );
	return true;
}

function formName020301(){
	ww('020301 Termologia>Teoria cinetica dei gas>Legge di Charles:');return true;
}
function form020301(){
	ww(lc(_P,eq,frac(2,3),frac(_N,_V),aqBig,frac(1,2),_m,sup(sub(_v,_m),2),cqBig) );
	return true;
}

function formName020302(){
	ww('020302 Termologia>Teoria cinetica dei gas>En cin:');return true;
}
function form020302(){
	ww(lc(_T,eq,frac(2,3+_k),aqBig,frac(1,2),_m,sup(sub(_v,_m),2),cqBig) );
	return true;
}

function formName020303(){
	ww('020303 Termologia>Teoria cinetica dei gas>Equipartizione Boltzmann');return true;
}
function form020303(){
	ww(lc(_E,eq,frac(3,2),_n,_R,_T,eq,frac(3,2),_N,_K,_T) );
	return true;
}

function formName020401(){
	ww('020401 Termologia>Calorimetria > Quantitą di calore');return true;
}
function form020401(){
	ww(_Q,eq,_m,sub(_c,_s),Delta,_t ,eq,_C,Delta,_t);
	return true;
}

function formName020402(){
	ww('020402 Termologia>Calorimetria > Capacitą termica');return true;
}
function form020402(){
	ww(_C,eq,_m,sub(_c,_s) );
	return true;
}

function formName020501(){
	ww('020501 Termologia>Trasmissione del calore: ');return true;
}
function form020501(){
	ww(lc(_Q,eq,frac(' k A '+Delta+' T '+Delta+' t ','s')) );
	return true;
}