0 0 2 4 6 8 10 12 1/c 1/max=76419 -> max=0.0000131=13.110-6 mol/m 2 4) max alusel molekuli pindala adsorptsioonikihis S0 ja adsorptsioonikihi S0 = kus NA = 6,02 1023mol-1 So=1/(13085.710-96.021023)=12.6910-20 m2 l0 = = 0.801 106g/m3 M(C4H10O)=74.1 g/mol max=13.110-6 l0=1.21 nm 5) Isobutanooli molekuli teoreetilise pikkus arvutamine L0=[ L[O-H]+L[O-C]+2L[C-C]+L[C-H] ]sin(54.5°)=0.521nm JÄRELDUS Saadud tulemus on liigi kaks korda suurem oma teoreetilisest väärtusest. Saad vea võib põhjustada töö teostamise metoodika puudustega. Esiteks tilke arvu o väga rakse täpselt kokku lugeda, sest nad tilkusid väga kiirest. Teiseks viie pun
N2 GAZ 53-12 (3613) N2 GAZ 53-12 (3613) N2 GAZ 53-12 (3613) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106) N2 GAZ 53-12 (AC-30/106A) N2 GAZ 53-12 (AC-30/106A) N2 GAZ 53-12 (AC-30/106A) N2 GAZ 53-12 (AC-30/106A) N2 GAZ 53-12 (AC-30/106G) N2 GAZ 53-12 (AC-30/106G) N2 GAZ 53-12 (AC-30/106G) N2 GAZ 53-12 (AC-30/106G) N2 GAZ 53-12 (AC-30/106V) N2 GAZ 53-12 (AC-30/106V) N2 GAZ 53-12 (AC-30/106V) N2 GAZ 53-12 (AC-30/106V) N2 GAZ 53-12 (AC-4.2) N2 GAZ 53-12 (AC-4.2) N2 GAZ 53-12 (AC-4.2) N2 GAZ 53-12 (AC-4.2) N2 GAZ 53-12 (AC-4.2) N2 GAZ 53-12 (AC-4.6) N2 GAZ 53-12 (AC-4.6) N2 GAZ 53-12 (AC-4.6) N2 GAZ 53-12 (AC-4.6) N2 GAZ 53-12 (AC-4.6)
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