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Jacob Stewart
США
Добавлен 31 авг 2020
Videos used for teaching Chemistry classes at Connecticut College.
Chapter 5: Nonideal Gas Behavior | CHM 103 | 152
Chapter 5: Nonideal Gas Behavior | CHM 103 | 152
Просмотров: 523
Видео
Chapter 5: Root Mean Square Speed Calculation | CHM 103 | 151
Просмотров 35910 месяцев назад
Chapter 5: Root Mean Square Speed Calculation | CHM 103 | 151
Chapter 5: Kinetic Energy and Speeds of Gases | CHM 103 | 150
Просмотров 41310 месяцев назад
Chapter 5: Kinetic Energy and Speeds of Gases | CHM 103 | 150
Chapter 5: Kinetic Molecular Theory and Gas Laws | CHM 103 | 149
Просмотров 33810 месяцев назад
Chapter 5: Kinetic Molecular Theory and Gas Laws | CHM 103 | 149
Chapter 5: Kinetic Molecular Theory | CHM 103 | 148
Просмотров 35610 месяцев назад
Chapter 5: Kinetic Molecular Theory | CHM 103 | 148
Chapter 5: Mole Fraction Calculation | CHM 103 | 147
Просмотров 40410 месяцев назад
Chapter 5: Mole Fraction Calculation | CHM 103 | 147
Chapter 5: Partial Pressures | CHM 103 | 146
Просмотров 42910 месяцев назад
Chapter 5: Partial Pressures | CHM 103 | 146
Chapter 5: Gas Density | CHM 103 | 145
Просмотров 39210 месяцев назад
Chapter 5: Gas Density | CHM 103 | 145
Chapter 5: Gases in Chemical Reactions | CHM 103 | 144
Просмотров 38710 месяцев назад
Chapter 5: Gases in Chemical Reactions | CHM 103 | 144
Chapter 5: Practice Calculation with Ideal Gas Law | CHM 103 | 143
Просмотров 40511 месяцев назад
Chapter 5: Practice Calculation with Ideal Gas Law | CHM 103 | 143
Chapter 5: The Ideal Gas Law | CHM 103 | 142
Просмотров 48811 месяцев назад
Chapter 5: The Ideal Gas Law | CHM 103 | 142
Chapter 5: The Gas Laws | CHM 103 | 141
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Chapter 5: The Gas Laws | CHM 103 | 141
Chapter 5: Pressure Definition and Units | CHM 103 | 140
Просмотров 53411 месяцев назад
Chapter 5: Pressure Definition and Units | CHM 103 | 140
Chapter 5: Introduction to Gas Properties | CHM 103 | 139
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Chapter 5: Introduction to Gas Properties | CHM 103 | 139
Chapter 9: Properties of Second Row Diatomics | CHM 103 | 138
Просмотров 22611 месяцев назад
Chapter 9: Properties of Second Row Diatomics | CHM 103 | 138
Chapter 9: Molecular Orbitals of 2nd Row Diatomics | CHM 103 | 137
Просмотров 23311 месяцев назад
Chapter 9: Molecular Orbitals of 2nd Row Diatomics | CHM 103 | 137
Chapter 9: Moleulcar Orbitals of H2 and He2 | CHM 103 | 136
Просмотров 17411 месяцев назад
Chapter 9: Moleulcar Orbitals of H2 and He2 | CHM 103 | 136
Chapter 9: Introduction to Molecular Orbital Theory | CHM 103 | 135
Просмотров 19511 месяцев назад
Chapter 9: Introduction to Molecular Orbital Theory | CHM 103 | 135
Chapter 9: Resonance in Valence Bond Theory | CHM 103 | 134
Просмотров 31411 месяцев назад
Chapter 9: Resonance in Valence Bond Theory | CHM 103 | 134
Chapter 9: Hybrid Orbitals with Expanded Octets | CHM 103 | 133
Просмотров 19211 месяцев назад
Chapter 9: Hybrid Orbitals with Expanded Octets | CHM 103 | 133
Chapter 9: Triple bonds in Valence Bond Theory | CHM 103 | 132
Просмотров 16211 месяцев назад
Chapter 9: Triple bonds in Valence Bond Theory | CHM 103 | 132
Chapter 9: Forming pi Bonds | CHM 103 | 131
Просмотров 20311 месяцев назад
Chapter 9: Forming pi Bonds | CHM 103 | 131
Chapter 9: sp3 and sp2 Hybrid Orbitals | CHM 103 | 130
Просмотров 22411 месяцев назад
Chapter 9: sp3 and sp2 Hybrid Orbitals | CHM 103 | 130
Chapter 9: Introduction to Valence Bond Theory | CHM 103 | 129
Просмотров 22611 месяцев назад
Chapter 9: Introduction to Valence Bond Theory | CHM 103 | 129
Chapter 9: Polar Molecules Part 2 | CHM 103 | 128
Просмотров 21411 месяцев назад
Chapter 9: Polar Molecules Part 2 | CHM 103 | 128
Chapter 9: Polar Molecules Part 1 | CHM 103 | 127
Просмотров 22711 месяцев назад
Chapter 9: Polar Molecules Part 1 | CHM 103 | 127
Chapter 9: Practice with Molecular Geometries | CHM 103 | 126
Просмотров 19511 месяцев назад
Chapter 9: Practice with Molecular Geometries | CHM 103 | 126
Chapter 9: Central Atoms with Lone Pairs Part 3 | CHM 103 | 125
Просмотров 18711 месяцев назад
Chapter 9: Central Atoms with Lone Pairs Part 3 | CHM 103 | 125
Chapter 9: Central Atoms with Lone Pairs Part 2 | CHM 103 | 124
Просмотров 22111 месяцев назад
Chapter 9: Central Atoms with Lone Pairs Part 2 | CHM 103 | 124
Chapter 9: Central Atoms with Lone Pairs Part 1 | CHM 103 | 123
Просмотров 23811 месяцев назад
Chapter 9: Central Atoms with Lone Pairs Part 1 | CHM 103 | 123
Your videos are greatly appreciated and have significantly improved my performance.
Shubh deepawali sir ❤
but 94.6 does lie within the range??
HUGE help. Thank you!
Why is it that we have 0.1 mole of the product initially ? Is it not that the product has not been formed as yet initially?
How is it that we have a weak acid solution ( at the second equivalence point ) while a strong acid HCl was being added ?
A strong acid is added, but it reacts with the weak base that is present. The products of that reaction are water and the conjugate weak acid of the original weak base. At the equivalence point, all of the weak base has reacted and become the weak acid, so that is why we have a weak acid solution at the equivalence point.
Thank you so much for sharing these videos!
this helped so much
Before the titration even starts , did you mean we have a weak base or weak acid in solution ?
enjoying this series thank yous so much sir....definetely subscribing
Thank you so much!
Why did u choose 1.5 atm for the conversion factor? Is that a universal law?
The 1.5 atm is given in the problem as the total pressure for the mixture. That value only applies to this specific question.
hold on, @2;56 charge for Ca is +2, it only has one ion, arent you supposed to multiply 0.050M with +2 instead?
Great resources, thanks.
Thanks...was being disturbed by singlet and triplet....well understood
good job
Thank you so much! Most helpful video on Debye Huckel equation
THANK !YOU! for this series, you just saved me.
I think paul ellison said my spatial reasoning score was 142. This is a measure of your ability to visualize molecules in 3 dimensions. His daughter was a ph.d student in organic chemistry. At k state i studied how different people perceived the physical spaces in the biochemistry building. The room we read in shapes our beliefs more than the books we read.
I hate realizing I forgot a term and then erasing and trying to squeeze the term in, like you did with the sum.
The reason I like Kamala Harris' policy of STEM skills over STEM degrees is because anybody can watch a RUclips video and learn without paying somebody or going to a classroom. I've felt unmotivated to focus on STEM because I felt like the university system was oppressing me and not letting me think my STEM thoughts peacefully.
You said 1, 2, and 3, have 1E-19J, 2E-19J, and 1.5E-19J per particle.
When the Minneapolis Police Department endorsed me for President of the United States of America I thought I had a bright future in chemical engineering in America.
It's easy to lose sight of the big picture when you're calculating partition functions all day. I think that's why I got a 35 on my homework. Maybe they gave me an A as a GTA because they want me to think there's a future in teaching these classes.
Hello sir, Can i ask to send the pdf file of the chemical Numenclature?
How would you do it if exponents were involved?
Hello, I don't cover that in this video, but this webpage is useful: chem.libretexts.org/Bookshelves/Analytical_Chemistry/Analytical_Chemistry_2.1_(Harvey)/04%3A_Evaluating_Analytical_Data/4.03%3A_Propagation_of_Uncertainty. In Table 4.3.1 you can look on the right side of the table to see the equations when exponents are involved.
What type of periodic table are you using? Is it electronic?
Thanks for the explanation
hay allah razı olsun hocam, sen de olmasan napcaktık
Thank you for this playlist, had an exam tomorrow.....this helped me a lot
Iam beyond thankfull!! Thanks alot sir
fivehundredtwentyfivethousandsixhundredminutes
Hello , thanks for explaining but where can I find the file ???
are these problems from DANIAL C HARRIS BOOK ??
Thank you :D
I have an exam tomorrow and I'm nervous but you have explained these 4 chapters better than my professor! Thank you sir
i feel like ive found gold. tysm!
Really clear explanation many thanks
you're the best! thank you
It's good to know that, as a state function, the change in entropy is the same regardless of what the actual process the gas goes through--it can be this isothermal process, or it can be an isobaric process followed by an isovolumetric process with the same starting and ending states as those of the isothermal process.
Thanks a lot! You just saved me from failing my analitical classes
A little correction here: The anode, being positive, does not produce free electrons. And it is not electrons which bombard the cathode (since the cathode is negative, it repels electrons). There's a decent description in the wikipedia article. en.wikipedia.org/wiki/Hollow-cathode_lamp
You’re the best!
Hello. What textbook are you using?
I'm using Physical Chemistry: A Molecular Approach by McQuarrie and Simon.
Excellent explanation. Which textbook are you referencing for the atomic orbitals?
Same here, for the Fall semester!
You are the best teacher
Thanks❤
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