These properties are dependent on the number or particles and the type of particle dissolved The more ions created the lonic Solutes break up more pieces and the more the boiling and freezing point are affected into ions NacI = Na+ + Cl-1 AICI, → Al *3 + 3CI -1 There are 4 pieces here There are 2 pieces • Polyatomic ions are covalent and stay together as one piece Covalent compounds do not dissociate in water C3H1206 remains together as 1 piece Mg(NO:), →Mg*2 + 2NO;1 Three pieces
These properties are dependent on the number or particles and the type of particle dissolved The more ions created the lonic Solutes break up more pieces and the more the boiling and freezing point are affected into ions NacI = Na+ + Cl-1 AICI, → Al *3 + 3CI -1 There are 4 pieces here There are 2 pieces • Polyatomic ions are covalent and stay together as one piece Covalent compounds do not dissociate in water C3H1206 remains together as 1 piece Mg(NO:), →Mg*2 + 2NO;1 Three pieces
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
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I just read the definition of the Colligative Properties, but could you explain use the understandable words to tell me how to determine a particle can lower the freezing point most. (like salt)
Transcribed Image Text:These properties are dependent on
the number or particles and the
type of particle dissolved
The more ions created the
lonic Solutes break up
more pieces and the more
the boiling and freezing
point are affected
into ions
NacI = Na+ + Cl-1
AICI, → Al *3 + 3CI -1
There are 4 pieces here
There are 2 pieces
• Polyatomic ions are
covalent and stay together
as one piece
Covalent compounds do
not dissociate in water
C3H1206 remains together
as 1 piece
Mg(NO:), →Mg*2 + 2NO;1
Three pieces
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