How to explain rate of reaction graphs

The graphs can be super tricky when learning about rate of reaction. This video is about how you can use the equation and information in the question to deduce how the shape of the graph will change in different conditions.
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[@3nokitake]

this is exactly what i needed, i have been stuck at the concept of where the graph will "level off" and how the volume produced actually changes and this explained it perfectly! thanks lots!

[@ChemJungle]

You're welcome :) Glad it helped!

[@mooncrestt5941]

Me too exactly what I was looking for

[@ladybugandcatnoir5335]

LOVE YOU SENSE OF EXPLANATION!
DON'T GIVE UPPP!!
🥰🥰

[@ksumar]

Nice work... Beautifully explained.
Also you can measurer the rate of reaction by taking the gradient of the slope 📐
Upstep/Across
Dy/Dx
The steeper the number, the faster the rate of reaction!
Ps did you know that the 1 molar mass of CaCO3 is exactly 100g.
Factors affecting the Rate of Reaction are:
1️⃣ Temperature
2️⃣ Concentration
3️⃣ Catalyst
4️⃣ Particle size
5️⃣ Pressure
Wishing every student 💯 sucess in their GCSE exams. 😊

[@ChemJungle]

Yep! You can find out a bunch of these questions in the rate of reaction playlist here ua-cam.com/play/PLMGAkKbL-oS9vJtLxb75XefOHkf_8Nopw.html

[@wouldyourather55]

Good Explanation!!
keep it up!

[@alondrie4366]

OMG YOU ARE THE BEST, LOVE YOU SO MUCH THANK YOUUU

[@harsharamlukan3461]

Amazing

[@meganjones6947]

Thank you so much for such a good explanation, it really helped my studying

[@Keiaronbean06]

Yes Thank You🙏🏽❤️

[@leonvex]

in the 10g and 5g one u explained very beautifully how there will be steeper and volume of gas produced difference but, will both of them end/finish the reaction at the same time? (the line reaching parallel to x asis)

[@michaelchama2879]

This is the best explanation 💯

[@ChemJungle]

Glad it was helpful!

[@charlizebianchi5364]

beautifully explained, the visual aids really helped me understand the content much better. thank you so much!!!!

[@ChemJungle]

You're welcome :)

[@fajarikhlaq8552]

This was very helpful! Thankyou so much❤️

[@ChemJungle]

You're so welcome!

[@AryabSingh]

from India 🖤

[@youmamyyam4382]

How do we know how much steeper we have to make it?

[@ChemJungle]

It gets steeper the more concentrated the solution/ the higher the temperature - normally in an exam the marks would be 1 for it being steeper/shallower and 1 for where the line flattens :)

[@minenhlesabelo1949]

🤦🧘,you are so beautiful by the way