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Arni Tiara
Student •XII IPA
b. CH3-CH=CH2(g) + H2(9) CH3-CH2-CH3(g) Diketahui energi ikatan rata-rata: C-H = 413 kJ/mol C-C = 343 kJ/mol H-CI = 431 kJ/mol C = C = 839 kJ/mol C-Cl = 328 kJ/mol H-H = 436 kJ/mol CI - CI = 242 kJ/mol 0 = 0 = 500 kJ/mol Tentukan nilai AH pada reaksi
b. CH3-CH=CH2(g) + H2(9) CH3-CH2-CH3(g) Diketahui energi ikatan rata-rata: C-H = 413 kJ/mol C-C = 343 kJ/mol H-CI = 431 kJ/mol C = C = 839 kJ/mol C-Cl = 328 kJ/mol H-H = 436 kJ/mol CI - CI = 242 kJ/mol 0 = 0 = 500 kJ/mol Tentukan nilai AH pada reaksi
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Delfianti Pratiwi
Rockstar Teacher •GURU SMA
Diketahui energi ikatan rata-rata: C-H = 413 kJ/mol C-C = 343 kJ/mol H-Cl = 431 kJ/mol C = C = 839 kJ/mol C-Cl = 328 kJ/mol H-H = 436 kJ/mol Cl - Cl = 242 kJ/mol O = 0 = 500 kJ/mol Tentukan nilai AH pada reaksi b. CH3-CH=CH2(g) + H2(g) CH3-CH2-CH3(g) H 1 H -(-C=c; H H H + H-H → H-C-Ć - C-H H H. H H H DH reaksi . { energi Ikatan reaktan { energi ikatan produk [(C-c) + (C=C) + (6XC-H) + CH-H) ) - ( 18XC-418+ (2xc-c)) · [(343) + (839) + 6*413) + (436))-( (8x413)+(2* 343)] 4096 kg/mol - 3990 kJ/mo) + 106 kJ/mol Pahamify
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