3. ) The sour taste of lemons is attributed to citric acid. The dissociation of citric acid in water occurs in three steps. LOH H&CO, 5 H*+ H;C,O, Kal=7.4x104 H-CO, 5 H* + H,C,O,2- K 1.7x10-5 H&C.O2- H* + H;C,O, Ka = 4.0x10-7 HO OH OH %3D Draw the ladder diagram for citric acid. tarthook section: 7.10

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) The sour taste of lemons is attributed to citric acid. The dissociation of citric acid in
water occurs in three steps.
3.
H&CO, 5 H*+ H;C,O, Kal= 7.4x104
H-CO, 5 H* + H,C,O,2- K= 1.7x10-5
H,C.O2 S H* + H;C,O, K= 4.0x10-7
HO
HO
OH
OH
%3D
Draw the ladder diagram for citric acid.
tarthook section: 7.10
Transcribed Image Text:) The sour taste of lemons is attributed to citric acid. The dissociation of citric acid in water occurs in three steps. 3. H&CO, 5 H*+ H;C,O, Kal= 7.4x104 H-CO, 5 H* + H,C,O,2- K= 1.7x10-5 H,C.O2 S H* + H;C,O, K= 4.0x10-7 HO HO OH OH %3D Draw the ladder diagram for citric acid. tarthook section: 7.10
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