3. According to the Kinetic Theory what happens when salt is dissolved in water? Water is titled as a "universal solvent" meaning that it acts as the wedge to separate solid particles in this case salt. This process is called ionization or dissociation. Salt compound is NaCl, when salt is dissolved in water the compound breaks down to its own into cations and anions. Each moves around freely as Na (the cation) and Cl (the anion) in the water, eventually become part of the liquid. 4. You have two containers of gas as illustrated: CONTAINER I Gas A 70mmHg Gas B 10mmHg Gas C 20mmHg VALVE When the valve is opened, which gas moves from: CONTAINER I to CONTAINER II - CONTAINER II to CONTAINER I- Shows no net movement- CONTAINER II Gas A 10mmHg Gas B 70mmHg Gas C 20mmHg

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3. According to the Kinetic Theory what happens when salt is dissolved in water? Water is titled
as a "universal solvent" meaning that it acts as the wedge to separate solid particles in this case
salt. This process is called ionization or dissociation. Salt compound is NaCl, when salt is
dissolved in water the compound breaks down to its own into cations and anions. Each moves
around freely as Na (the cation) and Cl (the anion) in the water, eventually become part of the
liquid.
4. You have two containers of gas as illustrated:
CONTAINER I
Gas A 70mmHg
Gas B 10mmHg
Gas C 20mmHg
VALVE
When the valve is opened, which gas moves from:
CONTAINER I to CONTAINER II -
CONTAINER II to CONTAINER I-
Shows no net movement-
CONTAINER II
Gas A 10mmHg
Gas B 70mmHg
Gas C 20mmHg
Transcribed Image Text:3. According to the Kinetic Theory what happens when salt is dissolved in water? Water is titled as a "universal solvent" meaning that it acts as the wedge to separate solid particles in this case salt. This process is called ionization or dissociation. Salt compound is NaCl, when salt is dissolved in water the compound breaks down to its own into cations and anions. Each moves around freely as Na (the cation) and Cl (the anion) in the water, eventually become part of the liquid. 4. You have two containers of gas as illustrated: CONTAINER I Gas A 70mmHg Gas B 10mmHg Gas C 20mmHg VALVE When the valve is opened, which gas moves from: CONTAINER I to CONTAINER II - CONTAINER II to CONTAINER I- Shows no net movement- CONTAINER II Gas A 10mmHg Gas B 70mmHg Gas C 20mmHg
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