Give examples of what a salt should look like so that with the smallest possible addition of the salt (in moles), you will get: (i) a dispersion of an anionic colloid to aggregate. (II) a dispersion of a cationic colloid to aggregate.

Name: give examples of what a salt should look like so that with the smallest possible addition of the salt in moles you will get i a dispersion of an anionic colloid to aggregate ii a dispersion 89947
Uploaded: 2023-06-06T12:04:28-08:00
Duration: 2 min 3 s
Channel: Adi S
Description: give examples of what a salt should look like so that with the smallest possible addition of the salt in moles you will get i a dispersion of an anionic colloid to aggregate ii a dispersion 89947

          Give examples of what a salt should look like so that with the smallest possible addition of the salt (in moles), you will get:
(i) a dispersion of an anionic colloid to aggregate.
(II) a dispersion of a cationic colloid to aggregate.

give examples of what a salt should look like so that with the smallest possible addition of the salt in moles you will get i a dispersion of an anionic colloid to aggregate ii a dispersion 89947

Added by Brittany S.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Adi S

06/06/2023

Step 1

This is because the anionic colloid particles are negatively charged, and a highly charged cation will neutralize the charge more effectively, leading to aggregation. Show more…

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Give examples of what a salt should look like so that with the smallest possible addition of the salt (in moles), you will get: (i) a dispersion of an anionic colloid to aggregate. (II) a dispersion of a cationic colloid to aggregate.