hi, for #6 at 9:00, where did you get 2x10^-6 from for q? thanks!
@RudyRodriguez-r5cКүн бұрын
using these videos with the kaplan book help so much
@laurensoto3984Күн бұрын
Thank you Eman!!
@professoreman2289Күн бұрын
Anytime Lauren!!❤️
@RudyRodriguez-r5cКүн бұрын
Im so thankful for starting here!!!!! There's so much i forgot in here
@professoreman2289Күн бұрын
Hope you enjoy the rest of the playlist!!
@MasonMatthews-k5o2 күн бұрын
QUEEN
@professoreman22892 күн бұрын
Hehe thank you 🫶🏻🫶🏻
@AvneetSidhu-tw3lh2 күн бұрын
there is good in this world because people like you exist. May God bless you
@professoreman22892 күн бұрын
Stop, now I’m crying. This is so sweet. Thank you so much and may god bless you!!🥹❤️
@sundosnofal30432 күн бұрын
Hi Professor Eman! I think the notes you posted on your drive is missing pages. Like the example problems in the lecture are not found in the drive.
@ebunesomojumi10662 күн бұрын
Hi! Quick question, for the 2 questions under 6.3, why was charge not calculated in the first problem and deemed as 'staying the same', but was calculated in the second question even though the questions carry the same structure?
@kydan50682 күн бұрын
Hi Professor eman, the google drive with the notes doesn't have the last two video notes, and since i know you're busy, could you update it whenever you get time.
@shanetian39773 күн бұрын
thank you again your work is an absolute lifesaver!
@professoreman22892 күн бұрын
You’re so welcome! And thank YOU for watching ❤️❤️
@user-pl9bh4ie8f3 күн бұрын
Very clear to understand
@professoreman22893 күн бұрын
Thank you!!!!
@hovsepsultanian17773 күн бұрын
I finished mcat general chem watching your vids, and almost done with ochem thanks to your vids!
@professoreman22893 күн бұрын
That’s amazing!!! I hope you do amazing on the MCAT🫶🏻
@epicawesome58723 күн бұрын
Great help jazakhallah
@professoreman22893 күн бұрын
Thank you so much for watching!!
@royesha033 күн бұрын
I don't know what I would do without you. Thank you
@professoreman22893 күн бұрын
Aww🥹❤️ thank you so much for watching!!!
@adarshk58714 күн бұрын
Hello! Thank you for your videos. They are amazing. Is this the last video of this playlist?
@professoreman22893 күн бұрын
Hi! Yes this is the last chapter! I’m planning on having one more video that reviews all the equations you need
@alaabujamous98074 күн бұрын
Cramming for my final exam tomorrow (: thank you for these videos very helpful !!!
@professoreman22893 күн бұрын
Omg good luck on your exam!!!
@im__Beezy4 күн бұрын
Thank you, professor Eman this playlist did wonders for me, I couldn't thank you enough
@professoreman22893 күн бұрын
I’m so happy to hear that! Thank you so much for watching and supporting🫶🏻🫶🏻
@afruzaabdugafurova76044 күн бұрын
THANK YOU SO MUCH ❤❤❤❤❤❤
@professoreman22894 күн бұрын
YOU ARE SO WELCOME💖💖💖
@adarshk58714 күн бұрын
At 9:54, you said "haploid" spermatocytes. Did you mean diploid? In the picture it said 2n so I wasn't sure if the secondary spermatocytes were haploid or diploid. Thank you. Your videos are so useful!
@professoreman22894 күн бұрын
Yes my apologies!
@KingKhail4 күн бұрын
This playlist was amazing! You're a blessing!
@professoreman22894 күн бұрын
Wow thank you so much 😭🫶🏻❤️
@ryu-qf4lw4 күн бұрын
I don't know KZread keeps deleting my comments when i want to reply to you if you have an Instagram account or no ?
@professoreman22894 күн бұрын
I have a tik tok: eman.alasadi925
@ryu-qf4lw4 күн бұрын
@@professoreman2289 i messaged you there
@lenjane55814 күн бұрын
Hi Professor Eman, i still cannot seem to grasp how to notice if the compound is conjugated 😭😭
@professoreman22894 күн бұрын
To determine if a molecule is conjugated, you need to check for alternating single and double bonds in a continuous loop or chain. Here are the steps: 1.Check the Bonding Pattern: Look for a sequence of alternating single and double bonds in the molecule. Conjugation typically involves a pattern where single and double bonds alternate. 2.Planar Structure: Ensure that the molecule is planar, meaning all the atoms involved in the conjugation lie in the same plane. This allows for the overlap of p-orbitals. 3.p-Orbital Overlap: Verify that there is a continuous overlap of p-orbitals along the conjugated system. This overlap allows for the delocalization of π-electrons across the structure.
@uzmataha18634 күн бұрын
Hi, what app do you use to make your notes? Thanks a lot for your content!
@professoreman22894 күн бұрын
Hi, I use GoodNotes!
@uzmataha18634 күн бұрын
@@professoreman2289 thanks!
@eliasmoussa40084 күн бұрын
Hello Professor thank you so much for these videos they make the books much more understandable and help solidify the material. I am having A LOT of trouble with physics though. Especially this fluids chapter I can’t seem to wrap my head around connecting any of the equations together and having a good understanding do you have any tips for mastering physics ?
@professoreman22894 күн бұрын
Hi!! I totally understand, I’m planning on remaking this playlist because I have a lot of ideas on how to upgrade the content and lectures, I’ll make a note to spend extra time on the fluids chapter!
@cbeth67115 күн бұрын
i feel like i have to comment on every video. love your content <333
@professoreman22894 күн бұрын
Honestly I think you should hehe thank you for the support!!! Means the world to me🫶🏻🥹❤️
@JayOruganti5 күн бұрын
hi! helpful as always :) for #9 (14:00) , i was wondering why B couldn't be right? since the arteries carry oxygenated blood AWAY from the heart while veins carry deoxygenated blood TO the heart? thank you!!
@professoreman22894 күн бұрын
Are you referring to problem 8 or 9?:)
@JayOruganti4 күн бұрын
@@professoreman2289 problem 8, sorry!!
@malakalrooh6845 күн бұрын
Peace be upon you .. why are some videos deleted from the channel?
@professoreman22895 күн бұрын
Hi, those videos have been remade. This playlist is a remake of the older mcat gen Chem playlist. Now that it is complete, I have deleted the older playlist.
@malakalrooh6845 күн бұрын
@@professoreman2289 Aha.. thank you very much for the clarification and good luck in making the next videos🌹🌹🌹
@thathtoo25885 күн бұрын
The lectures notes, from the file, doesn't match up with the video. Can you please update it. Love the MCAT review and it's been helping me out a lot.
@professoreman22895 күн бұрын
Sure!
@zeweilei30895 күн бұрын
Thank you for the amazing video! I have a question for the first question. I picked morula as my answer choice because I thought cytoplasm would grow during blastulation and thus reduce the ratio. Could you elaborate more on the correct answer?
@professoreman22894 күн бұрын
Timestamp?:)
@zeweilei30894 күн бұрын
@@professoreman2289 1:10
@zeweilei30892 күн бұрын
@@professoreman2289 1:11
@rohanmeier63266 күн бұрын
These videos are so underrated! Thank you so much! These videos are sooooooo helpful!
@professoreman22896 күн бұрын
Omg thank you so much for watching and supporting!!!
@BeastModeCraft7 күн бұрын
for the first question, since temperature doesnt change cant you use boyle's law to find the partial pressure of each gas by using initial pressure, initial volume, and final volume?
@professoreman22897 күн бұрын
Timestamp?:)
@BeastModeCraft7 күн бұрын
@@professoreman2289 2:19
@Jmedman83807 күн бұрын
Hi I was just wondering, what anki deck (if any) did you use to supplement your studying for this section? I'm trying to find one that works for the Kaplan books but am having difficulty and end up classing multiple decks together.
@professoreman22897 күн бұрын
Hi, if you want specific decks to study certain content or even videos, there are a lot of cool websites you can use. For example, slayschool allows you to submit a video link and it will create a study deck out of that.
@user-rm7cs6nm6v7 күн бұрын
you are awesome thank you so much!!!
@professoreman22897 күн бұрын
Aw thank you! I appreciate you watching and supporting 🫶🏻🫶🏻
@wisamdalati94588 күн бұрын
Hey Professor Eman thank you a lot for the vids! You are a life saver, I have a question on example 13, by the calculation you did, Cation K had the largest nuclear charge, but based on the periodic table trends, shouldn't one of the chlorine options be the correct one since chlorine is top right of the table? I don't know if I'm missing something.
@professoreman22898 күн бұрын
Hi, thank you for your question! I understand the confusion. The key concept here is “effective nuclear charge” (Z_eff), which is the net positive charge experienced by an electron in a multi-electron atom. This is influenced by the shielding effect, where inner electrons partially block the attraction from the nucleus for the outer electrons. When comparing atoms and ions, we need to consider both the number of protons (which contributes to the nuclear charge) and the electron configuration (which affects shielding). For the given options: •Cl (Chlorine atom) has 17 protons and experiences significant shielding. •Cl- (Chloride ion) also has 17 protons but has gained an extra electron, increasing shielding even more. •K (Potassium atom) has 19 protons and more inner electron shells, which increases shielding. •K+ (Potassium ion) has 19 protons but has lost an outer electron, reducing shielding significantly. Among these, the K+ ion has the largest effective nuclear charge because it has the highest number of protons with less electron shielding compared to the other options. This reduced shielding in K+ leads to a higher effective nuclear charge than in Cl, Cl-, or K. This explanation aligns with the periodic table trends where K+ experiences a stronger nuclear pull on its electrons due to the reduced shielding compared to the others. Hope this clears up the confusion!
@Luke-kb6yn8 күн бұрын
Such an great explanation of the Doppler Effect. Thank you!
@professoreman22898 күн бұрын
Thank you so much for saying that 🥹❤️
@473x48 күн бұрын
For the primary amine example at 15:00, did you mean to use CH3NH2? Or is CH3OH actually being used? Thank you so much for these videos! They are super helpful!
@professoreman22898 күн бұрын
Yes you’re right! Left a comment below about it too to clarify! Thank you 🫶🏻
@Jmedman83809 күн бұрын
Hi I'm currently on Chapter 6 of your MCAT review and I noticed that in some parts of chapters you skip over certain terms of psychologists. I was just wondering what was the reason behind it? Was it time constraints or did you believe that it was unlikely those terms/individuals would be tested on the MCAT? Love your videos so far and so grateful for them!
@professoreman22899 күн бұрын
Hi, thank you so much for watching! I was definitely trying to include everything that was important and high yield from the Kaplan book and looking at other resources! Can I ask what I may have skipped here that you are concerned about?
@Jmedman83808 күн бұрын
@@professoreman2289 Hi so for example on page 256-257 there is a side concept titled "Influencee of Others on Identity" which included terms such as Theory of mind, looking-glass self, and reference group. I totally don't think these are "high-yield" I was asking to see if you viewed certain terms or segements of chapters such as the one I listed as stuff we should not focus on as it is unlikely to be tested. I think its just me stressing over needing to know every term that kaplan has and then some. You've done more than a fantastic job with these videos and I most definitiy will continue to be watching them! Thank you!
@professoreman22898 күн бұрын
Okay I understand! Yes I really try to include everything and while those are not high yield topics at all from my experience, I hear you! I apologize for overlooking that and on top that, I always appreciate feedback! I make these videos for you, so I will always try to accommodate any requests! I also consistently try to update playlists to make sure students get what they’re looking for (just completely redid my MCAT gen Chem playlist for example)! Thanks again for watching and supporting ❤️
@Jmedman83808 күн бұрын
@@professoreman2289 no no it’s not a problem! I’m sure I’m just overthinking and trying to get every little detail. Your videos are super encompassing and do a fantastic job and highlighting the main topics and terms to study. You’re a huge help!
@joefoy94619 күн бұрын
ahahah im so grateful for your videos thankyou :) , but you are defo not saying duodenum correctly lol. try putting an extra syllable in there... duo/dee/num
@professoreman22899 күн бұрын
My apologies, English is not my first language and I definitely have trouble with certain sounds! Thank you for the advice 🫶🏻
@briannabatichon39259 күн бұрын
hi I'm trying to access the notes but it has I have no permission.
@professoreman22899 күн бұрын
Hi, I have updated it. Try again: drive.google.com/drive/folders/1_C_rOTRRm7GDaum3XK5Py1u_G8G81ph4?usp=sharing If it still doesn't work out, reach out and I got you:)
@Yesuuh9 күн бұрын
MashaAllah. Your grind is insane. Curious how you dedicate so much time to help the premed community out when your plate is so full of doctorate stuff! JazakAllah for your efforts and may Allah SWT reward you immensely in this life and in the hereafter.
@professoreman22899 күн бұрын
Thank you so much for appreciating my work! It means a lot to me! ❤️ please keep me in your dua always!
@TeflonDon45110 күн бұрын
So helpful about to grind these out before my freshman year
@professoreman228910 күн бұрын
Yes, props to you for getting ahead!! BTW follow the link in the pinned comment to find the complete and updated playlist for gen Chem 1!!
@ferielselougha434011 күн бұрын
YOU ARE THE BEST!!!!
@professoreman228910 күн бұрын
THANK YOU FOR YOUR SUPPORT! 🥹🫶🏻❤️
@subhmanbhullar945712 күн бұрын
Thank you, Professor Eman! Love the videos ! I´m unable to see the videos after Electrochemistry . They are hidden . I would appreciate if you could upload them . Thank you.
@professoreman228912 күн бұрын
Hi, there is a pinned comment under the video that points you to the new and updated playlist. You can find them there
@conradgahjwkje844712 күн бұрын
Thank you for the videos, they are so helpful!!!
@professoreman228911 күн бұрын
Glad you like them!🫶🏻❤️
@ireneghobriel489713 күн бұрын
For the last one, can you please explain how decreasing speed will increase the pressure?
@professoreman22898 күн бұрын
Decreasing speed increases pressure in fluids due to Bernoulli’s principle, which states that as the velocity of a fluid decreases, its pressure increases to conserve energy.
@emaanalam393813 күн бұрын
Hi, this is a silly question, but for the first problem at 12:55, would be need to know what the chemical formula is of what ethyl 5-oxohexanoate is reacted with? Because I don't recall having to remember TsOH.
@professoreman22898 күн бұрын
TsOH can be used to form tosylates, which serve as protecting groups in organic chemistry. Tosylates are often used to protect alcohols by converting them into more stable and less reactive tosylate esters (ROTs). When an alcohol is converted to a tosylate, the hydroxyl group (-OH) is replaced with a tosyl group (-OTs), which makes the molecule less reactive and protects it during subsequent reactions. Later, the protecting group can be removed to regenerate the original alcohol. I would say this is important to remember and if you need more information, I have a video in my o Chem 1 playlist (chapter 7). Hope that helps!
@feetlessdance13 күн бұрын
Thank you Eman! For the clear and concise P/S content 😊
@professoreman228911 күн бұрын
You’re so welcome :)
@bobrobert410413 күн бұрын
Hey professor Eman, I looked on your google drive and I was not seeing a solution manual. Is it somewhere I am not seeing?
@professoreman228911 күн бұрын
Hi, I reuploaded! Try to see if you can find it now. If not, email me and I can send you a copy:)
@user-fr5fz8uw2r13 күн бұрын
I really appreciate these high yield videos, are you going to continue this playlist? That would be so so amazing, tysm for these vids!
@professoreman228911 күн бұрын
Thank you! I do plan on it but I’m trying to wrap up a couple of other playlists first:)
@goober59313 күн бұрын
This may seem silly, but for Q7 if metaphase doesn't occur what does that do? All I can thing about is the chromosomes not aligning in the middle. Maybe the spindles wouldn't attach as well. I mix up spindles attaching in prophase and metaphase. THX!!
@professoreman22898 күн бұрын
great question! If metaphase doesn’t occur, chromosomes wouldn’t align in the middle of the cell, preventing proper attachment to the spindle fibers. This misalignment would disrupt the distribution of chromosomes into daughter cells. The spindle fibers attach to chromosomes during prophase and align them during metaphase. So, disrupting metaphase can effectively stop cell division by preventing the correct segregation of chromosomes. Hope this helps!
@goober5934 күн бұрын
@@professoreman2289Would that lead to nondisjunction since the number of chromosomes wouldn’t be equal in the daughter cells? Thank you!
Пікірлер
hi, for #6 at 9:00, where did you get 2x10^-6 from for q? thanks!
using these videos with the kaplan book help so much
Thank you Eman!!
Anytime Lauren!!❤️
Im so thankful for starting here!!!!! There's so much i forgot in here
Hope you enjoy the rest of the playlist!!
QUEEN
Hehe thank you 🫶🏻🫶🏻
there is good in this world because people like you exist. May God bless you
Stop, now I’m crying. This is so sweet. Thank you so much and may god bless you!!🥹❤️
Hi Professor Eman! I think the notes you posted on your drive is missing pages. Like the example problems in the lecture are not found in the drive.
Hi! Quick question, for the 2 questions under 6.3, why was charge not calculated in the first problem and deemed as 'staying the same', but was calculated in the second question even though the questions carry the same structure?
Hi Professor eman, the google drive with the notes doesn't have the last two video notes, and since i know you're busy, could you update it whenever you get time.
thank you again your work is an absolute lifesaver!
You’re so welcome! And thank YOU for watching ❤️❤️
Very clear to understand
Thank you!!!!
I finished mcat general chem watching your vids, and almost done with ochem thanks to your vids!
That’s amazing!!! I hope you do amazing on the MCAT🫶🏻
Great help jazakhallah
Thank you so much for watching!!
I don't know what I would do without you. Thank you
Aww🥹❤️ thank you so much for watching!!!
Hello! Thank you for your videos. They are amazing. Is this the last video of this playlist?
Hi! Yes this is the last chapter! I’m planning on having one more video that reviews all the equations you need
Cramming for my final exam tomorrow (: thank you for these videos very helpful !!!
Omg good luck on your exam!!!
Thank you, professor Eman this playlist did wonders for me, I couldn't thank you enough
I’m so happy to hear that! Thank you so much for watching and supporting🫶🏻🫶🏻
THANK YOU SO MUCH ❤❤❤❤❤❤
YOU ARE SO WELCOME💖💖💖
At 9:54, you said "haploid" spermatocytes. Did you mean diploid? In the picture it said 2n so I wasn't sure if the secondary spermatocytes were haploid or diploid. Thank you. Your videos are so useful!
Yes my apologies!
This playlist was amazing! You're a blessing!
Wow thank you so much 😭🫶🏻❤️
I don't know KZread keeps deleting my comments when i want to reply to you if you have an Instagram account or no ?
I have a tik tok: eman.alasadi925
@@professoreman2289 i messaged you there
Hi Professor Eman, i still cannot seem to grasp how to notice if the compound is conjugated 😭😭
To determine if a molecule is conjugated, you need to check for alternating single and double bonds in a continuous loop or chain. Here are the steps: 1.Check the Bonding Pattern: Look for a sequence of alternating single and double bonds in the molecule. Conjugation typically involves a pattern where single and double bonds alternate. 2.Planar Structure: Ensure that the molecule is planar, meaning all the atoms involved in the conjugation lie in the same plane. This allows for the overlap of p-orbitals. 3.p-Orbital Overlap: Verify that there is a continuous overlap of p-orbitals along the conjugated system. This overlap allows for the delocalization of π-electrons across the structure.
Hi, what app do you use to make your notes? Thanks a lot for your content!
Hi, I use GoodNotes!
@@professoreman2289 thanks!
Hello Professor thank you so much for these videos they make the books much more understandable and help solidify the material. I am having A LOT of trouble with physics though. Especially this fluids chapter I can’t seem to wrap my head around connecting any of the equations together and having a good understanding do you have any tips for mastering physics ?
Hi!! I totally understand, I’m planning on remaking this playlist because I have a lot of ideas on how to upgrade the content and lectures, I’ll make a note to spend extra time on the fluids chapter!
i feel like i have to comment on every video. love your content <333
Honestly I think you should hehe thank you for the support!!! Means the world to me🫶🏻🥹❤️
hi! helpful as always :) for #9 (14:00) , i was wondering why B couldn't be right? since the arteries carry oxygenated blood AWAY from the heart while veins carry deoxygenated blood TO the heart? thank you!!
Are you referring to problem 8 or 9?:)
@@professoreman2289 problem 8, sorry!!
Peace be upon you .. why are some videos deleted from the channel?
Hi, those videos have been remade. This playlist is a remake of the older mcat gen Chem playlist. Now that it is complete, I have deleted the older playlist.
@@professoreman2289 Aha.. thank you very much for the clarification and good luck in making the next videos🌹🌹🌹
The lectures notes, from the file, doesn't match up with the video. Can you please update it. Love the MCAT review and it's been helping me out a lot.
Sure!
Thank you for the amazing video! I have a question for the first question. I picked morula as my answer choice because I thought cytoplasm would grow during blastulation and thus reduce the ratio. Could you elaborate more on the correct answer?
Timestamp?:)
@@professoreman2289 1:10
@@professoreman2289 1:11
These videos are so underrated! Thank you so much! These videos are sooooooo helpful!
Omg thank you so much for watching and supporting!!!
for the first question, since temperature doesnt change cant you use boyle's law to find the partial pressure of each gas by using initial pressure, initial volume, and final volume?
Timestamp?:)
@@professoreman2289 2:19
Hi I was just wondering, what anki deck (if any) did you use to supplement your studying for this section? I'm trying to find one that works for the Kaplan books but am having difficulty and end up classing multiple decks together.
Hi, if you want specific decks to study certain content or even videos, there are a lot of cool websites you can use. For example, slayschool allows you to submit a video link and it will create a study deck out of that.
you are awesome thank you so much!!!
Aw thank you! I appreciate you watching and supporting 🫶🏻🫶🏻
Hey Professor Eman thank you a lot for the vids! You are a life saver, I have a question on example 13, by the calculation you did, Cation K had the largest nuclear charge, but based on the periodic table trends, shouldn't one of the chlorine options be the correct one since chlorine is top right of the table? I don't know if I'm missing something.
Hi, thank you for your question! I understand the confusion. The key concept here is “effective nuclear charge” (Z_eff), which is the net positive charge experienced by an electron in a multi-electron atom. This is influenced by the shielding effect, where inner electrons partially block the attraction from the nucleus for the outer electrons. When comparing atoms and ions, we need to consider both the number of protons (which contributes to the nuclear charge) and the electron configuration (which affects shielding). For the given options: •Cl (Chlorine atom) has 17 protons and experiences significant shielding. •Cl- (Chloride ion) also has 17 protons but has gained an extra electron, increasing shielding even more. •K (Potassium atom) has 19 protons and more inner electron shells, which increases shielding. •K+ (Potassium ion) has 19 protons but has lost an outer electron, reducing shielding significantly. Among these, the K+ ion has the largest effective nuclear charge because it has the highest number of protons with less electron shielding compared to the other options. This reduced shielding in K+ leads to a higher effective nuclear charge than in Cl, Cl-, or K. This explanation aligns with the periodic table trends where K+ experiences a stronger nuclear pull on its electrons due to the reduced shielding compared to the others. Hope this clears up the confusion!
Such an great explanation of the Doppler Effect. Thank you!
Thank you so much for saying that 🥹❤️
For the primary amine example at 15:00, did you mean to use CH3NH2? Or is CH3OH actually being used? Thank you so much for these videos! They are super helpful!
Yes you’re right! Left a comment below about it too to clarify! Thank you 🫶🏻
Hi I'm currently on Chapter 6 of your MCAT review and I noticed that in some parts of chapters you skip over certain terms of psychologists. I was just wondering what was the reason behind it? Was it time constraints or did you believe that it was unlikely those terms/individuals would be tested on the MCAT? Love your videos so far and so grateful for them!
Hi, thank you so much for watching! I was definitely trying to include everything that was important and high yield from the Kaplan book and looking at other resources! Can I ask what I may have skipped here that you are concerned about?
@@professoreman2289 Hi so for example on page 256-257 there is a side concept titled "Influencee of Others on Identity" which included terms such as Theory of mind, looking-glass self, and reference group. I totally don't think these are "high-yield" I was asking to see if you viewed certain terms or segements of chapters such as the one I listed as stuff we should not focus on as it is unlikely to be tested. I think its just me stressing over needing to know every term that kaplan has and then some. You've done more than a fantastic job with these videos and I most definitiy will continue to be watching them! Thank you!
Okay I understand! Yes I really try to include everything and while those are not high yield topics at all from my experience, I hear you! I apologize for overlooking that and on top that, I always appreciate feedback! I make these videos for you, so I will always try to accommodate any requests! I also consistently try to update playlists to make sure students get what they’re looking for (just completely redid my MCAT gen Chem playlist for example)! Thanks again for watching and supporting ❤️
@@professoreman2289 no no it’s not a problem! I’m sure I’m just overthinking and trying to get every little detail. Your videos are super encompassing and do a fantastic job and highlighting the main topics and terms to study. You’re a huge help!
ahahah im so grateful for your videos thankyou :) , but you are defo not saying duodenum correctly lol. try putting an extra syllable in there... duo/dee/num
My apologies, English is not my first language and I definitely have trouble with certain sounds! Thank you for the advice 🫶🏻
hi I'm trying to access the notes but it has I have no permission.
Hi, I have updated it. Try again: drive.google.com/drive/folders/1_C_rOTRRm7GDaum3XK5Py1u_G8G81ph4?usp=sharing If it still doesn't work out, reach out and I got you:)
MashaAllah. Your grind is insane. Curious how you dedicate so much time to help the premed community out when your plate is so full of doctorate stuff! JazakAllah for your efforts and may Allah SWT reward you immensely in this life and in the hereafter.
Thank you so much for appreciating my work! It means a lot to me! ❤️ please keep me in your dua always!
So helpful about to grind these out before my freshman year
Yes, props to you for getting ahead!! BTW follow the link in the pinned comment to find the complete and updated playlist for gen Chem 1!!
YOU ARE THE BEST!!!!
THANK YOU FOR YOUR SUPPORT! 🥹🫶🏻❤️
Thank you, Professor Eman! Love the videos ! I´m unable to see the videos after Electrochemistry . They are hidden . I would appreciate if you could upload them . Thank you.
Hi, there is a pinned comment under the video that points you to the new and updated playlist. You can find them there
Thank you for the videos, they are so helpful!!!
Glad you like them!🫶🏻❤️
For the last one, can you please explain how decreasing speed will increase the pressure?
Decreasing speed increases pressure in fluids due to Bernoulli’s principle, which states that as the velocity of a fluid decreases, its pressure increases to conserve energy.
Hi, this is a silly question, but for the first problem at 12:55, would be need to know what the chemical formula is of what ethyl 5-oxohexanoate is reacted with? Because I don't recall having to remember TsOH.
TsOH can be used to form tosylates, which serve as protecting groups in organic chemistry. Tosylates are often used to protect alcohols by converting them into more stable and less reactive tosylate esters (ROTs). When an alcohol is converted to a tosylate, the hydroxyl group (-OH) is replaced with a tosyl group (-OTs), which makes the molecule less reactive and protects it during subsequent reactions. Later, the protecting group can be removed to regenerate the original alcohol. I would say this is important to remember and if you need more information, I have a video in my o Chem 1 playlist (chapter 7). Hope that helps!
Thank you Eman! For the clear and concise P/S content 😊
You’re so welcome :)
Hey professor Eman, I looked on your google drive and I was not seeing a solution manual. Is it somewhere I am not seeing?
Hi, I reuploaded! Try to see if you can find it now. If not, email me and I can send you a copy:)
I really appreciate these high yield videos, are you going to continue this playlist? That would be so so amazing, tysm for these vids!
Thank you! I do plan on it but I’m trying to wrap up a couple of other playlists first:)
This may seem silly, but for Q7 if metaphase doesn't occur what does that do? All I can thing about is the chromosomes not aligning in the middle. Maybe the spindles wouldn't attach as well. I mix up spindles attaching in prophase and metaphase. THX!!
great question! If metaphase doesn’t occur, chromosomes wouldn’t align in the middle of the cell, preventing proper attachment to the spindle fibers. This misalignment would disrupt the distribution of chromosomes into daughter cells. The spindle fibers attach to chromosomes during prophase and align them during metaphase. So, disrupting metaphase can effectively stop cell division by preventing the correct segregation of chromosomes. Hope this helps!
@@professoreman2289Would that lead to nondisjunction since the number of chromosomes wouldn’t be equal in the daughter cells? Thank you!