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no, if its already in excess, more volume will not make a differenceWhen an acid is in excess, if the volume is doubled, the rate of reaction increases?
i know that volume of gas produced won't change but the rate of reaction increases?no, if its already in excess, more volume will not make a difference
i know that volume of gas produced won't change but the rate of reaction increases?
what about when the volume is doubled, what happened to the temperature change?
You're wrong.. rate increasesno the rate still doesn't change but the temp doesn't rise as much as there's more mass to heat
When conc of excess acid is doubled, more particles available per unit volume so more successful collisions resulting in a steeper gradient but same volume of gas produced..no the rate still doesn't change but the temp doesn't rise as much as there's more mass to heat
It means that the solution becomes more dilute. (less concentrated). So rate of reaction decreases.Guys, if the volume of solvent in a reaction is doubled, what will happen to the speed of the reaction? Thanks
The concentration and volume could vary.or there is a difference between volume and conc of an acid?
U said <3.....dont wtf me
that was super lame.
guys who did the exam :L
how was it ??Meee
how was it ??
i found it really easy... could we discuss the answers in a convo
no need to heat, just keep it there for a while it will automatically diffuse out of the drink.Take a conical flask and pour in some amount of fizzy drink. Add a bung to the mouth of the flask and heat the flask with a Bunsen burner. Then connect a gas syringe on the bung of the conical flask. The volume of gas will be collected in the syringe. Note down the intervals of volumes... <-- that's waht ei wrote
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