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Ann Nadackal
Canada
Приєднався 10 вер 2018
Відео
Standard Enthalpy of Formation Example 2
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Standard Enthalpy of Formation Example 2
Standard Enthalpies of Formation Example 4
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Standard Enthalpies of Formation Example 4
Standard Enthalpies of Formation Example 3
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Standard Enthalpies of Formation Example 3
Standard Enthalpies of Formation Example 1
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Standard Enthalpies of Formation Example 1
fr! finally found a vid like this! youre alife saver!!!!!!!!!!!!
I believe you accidentally made a calculation error. .003/.001 = 3, not 0.3.
Amazing ❤
Really loved it❤
tysm!
Ur a life saver!!!!!!! btw I love ur voice huhuhuhu I might come back to ur videos more often hehehehe
Youre a life saver i understand this so much better now
thanks for the practice problems. Units are a little more explained here which is cool! awesome
Excellent, first time I understood this concept
U re the best
I love ur tutorials u re the best
Thank you
Thank you for your explanation!
I am going to teach my lecturer 💪
haaaha
Thank you so much for this, this helped so much.
Omg you are my best
Very helpful 🙏🏼
I enjoyed this video. Thank you... Very explanatory
Thanks 👏
Thank you i watched atleast like 5 diff videos and none of them made sense this one did
do you ignore the coefficients?
tyy!! this helped so much :))
Thenks alot1😊
Nice explanation
great madam
When the concentration doesn't stay consistent what happens to the order of reaction?
If your question refers to a basic law, then the order of the reaction will stay consistent regardless of what concentration values you may plug in. Concentration is almost never constant in actuality. Remember that based on which graph forms a linear relationship, the order can be determined (it will not change). for example, [Cl] vs time forming a straight line on a graph is zero order, ln[Cl] would correspond to first order, and 1/[Cl] would demonstrate 2nd order. Hopefully this helps answer your question ;)
Thank you But what happens to the order of reaction when the concentration decrease?
when we describe the reflection of a square, circle or any other symmetrical shape, for altitude would we still say it's laterally inverted or could we say its the same or neither because we still see the reflection as the same shape, structure and properties?
Really good question! We would still say that it is laterally inverted because we know based on our knowledge that objects in plane mirrors always produce laterally inverted images.
Just a clarification: At 7:17 when I said that the chloroplasts are lining the leaves, I meant that there are cells with lots of chloroplasts in them. The cells are tightly packed. Same with the spongy mesophyll layer: it is made up of loosely packed cells.