Hi DVA_Royal, that makes me so happy. Most of these concepts are timeless. It blesses my heart the videos can be used over and over. Thanks for your comment!
what if we are adding a cold water to a hot water/calorimeter? would the final answer of the constant be how many joules the cup absorbs as temperature drops?
Hi Coldszn, only if the calorimeter was hotter than the experiment and it released heat into the water (in this case). If you perform the experiment as described in the video, the calorimeter constant will be positive because it is absorbing energy from the water. I hope that helps!
Thank you! Even three years later, you explanation is helping students everywhere!
Hi DVA_Royal, that makes me so happy. Most of these concepts are timeless. It blesses my heart the videos can be used over and over. Thanks for your comment!
Thank you so much for making this video, it helped me pass my chem lab. You are an amazing teacher!
Hi Laurend, I am so glad it was helpful. This lab has so many calculations! Great work;)
Whatever topic is presented it is clear and concise. Great video series.
Hi Barask! Thank you so much. I hope you are well:)
Thank you so much for doing this. I was struggling doing the calculations for my lab
Hi Katherine, this is an involved lab! You will get good at the calculations. Thank you for your comment, and I hope your class goes well:)
what if we are adding a cold water to a hot water/calorimeter? would the final answer of the constant be how many joules the cup absorbs as temperature drops?
you are so lovely, thank you so much for this explanation!
Hi Loryn, I am glad it was helpful. Thank you for your kind comment:)
thank you! i'm doing a lab on calorimetry this week. very helpful explanation!
Hi Mishmosh, I am glad it was helpful. Enjoy the lab!
This video was a god sent !!!
I’m so glad!
How do we calculate qHot and qCold if it’s not given to us?
Hi Amy, use C, m, and change of temperature to calculate one of the q's. I hope that helps:)
Thank you so much !!!
Great explanation! Thank you!
Hi TheGpsm, you are welcome:) I am glad it was helpful! Thanks for commenting.
Omg! You are rocking that hair! But aside from that this was helpful as well. Thank you!!!
😂…I’m glad it was helpful. Thanks for your comment. Please subscribe if you haven’t already. Thanks Russell!
Is it possible to get a negative calorimeter constant?
Hi Coldszn, only if the calorimeter was hotter than the experiment and it released heat into the water (in this case). If you perform the experiment as described in the video, the calorimeter constant will be positive because it is absorbing energy from the water. I hope that helps!
@@OldSchoolChemistry okay, that makes sense. Thank you so much
Thank you very much, miss, you explained this point well
Hi Kasper, I am so glad you think so. Thank you for your comment:)
This video saved me thank you
Hi Hector, I am so glad. Calorimeter constant calculations can be tough. I hope your class goes well! Please subscribe if you not already. Thanks:)
Thank you so much! Very easy to understand :)
Hi Gra.ceishere, I am so glad. Thank you for your comment:)
Thank you so much!
Hi Jadevhn, you’re so welcome! I hope your class goes well😊
You're the best thank you so much
Hi abhinavsaini! Thanks for your comment:)
great explaination Thanks a lot!!
Thank You soo much
Hi Linda, my pleasure:) I hope your class goes well!
thankyou so much
Hi Happy Sidhu, you’re welcome! I hope you class goes well 😊
thank u for this madam
Hi Aljun, you are welcome. Please subscribe if you have not already. I hope chemistry goes well for you! Thanks:)
this rocks
👍
I wish she was my teacher
Hi Panayotis, I wish I was your teacher too! I hope your class goes well:)