1. Read Kaplan fluids chapter; do not understand 2. Read ExamCrackers; do not understand 3. Pray to God for answers; still do not understand 4. Watch KA videos; laugh at Sal's humor, but still do not understand 5. Watch this 12 minute video; get a PhD in fluid mechanics
Thank you Dr. Dave! I hope that you are recovering well from your brain tumor. You are a savior to all pre-med students. The fact that you are so clear in your explanations, and that you upload these videos for free, is absolutely amazing and I am forever grateful.
Doctor Dave, I am taking my MCAT in 2 days and your videos have helped so much! I hope you know that even 7 years later, your wonderful explanations are still helping future doctors, and I am sure you are doing so much good out in the world as a doctor yourself. From the bottom of my heart, thank you
All these videos make Khan academy seem like a waste of my life. These are so straightforward and to the point. I absolutely hated how Sal spent half the video deriving the equation. Tell me what i must know Sal, dammitt!!
Great video! But can someone please explain why at 6:21 from points B to C he's unsure of what the pressure will do, whereas for the other points he knew which way pressure will change? Thanks!
Outstanding, how can institutions spend all this time and effort fooling around practice problems v/s instructing fundamental conceptual concepts in a like manner? ----I hated this questions before in the context of a human body and blood vessels, standing v/s sitting positions, but now I feel confident in the application of Bernoulli's Law, ......I can see further now standing on the PremedHQ shoulders!!----Thank you sir!!!
I’m rewatching the video, but I am now confused how the fluid going from B to C’s velocity stayed constant. Since cross-sectional Area decreased from B to C, shouldn’t Velocity go up? Thank you!
A quick clarification (all these years later because they are still GOAT'd for MCAT prep even in 2024): The "?" at point B -> C should indeed be decrease. This is just a small error in the video. Tested this with random numbers, and in every instance the only way K stays constant, P has to decrease due to an increase in the KE. Source: Asked my Physics prof (PhD), and several 520+ MCAT tutors
Very helpful! Thank you! :D But quick question for clarificaiton... from point B to C why was there a "?" for the pressure? If the KE was increasing, why couldn't you assume like the previous examples, that pressure was decreasing?
Indeed, He tells it how it's likely to be found on the MCAT. Also look up AK lectures if you want more in depth understanding on any particular topic! Leah 4 Sci, and MCAT reddit are some other great resources. Happy studying! :)
1. Read Kaplan fluids chapter; do not understand
2. Read ExamCrackers; do not understand
3. Pray to God for answers; still do not understand
4. Watch KA videos; laugh at Sal's humor, but still do not understand
5. Watch this 12 minute video; get a PhD in fluid mechanics
LMAO
lmbo me
me too!
Thank you Dr. Dave! I hope that you are recovering well from your brain tumor. You are a savior to all pre-med students. The fact that you are so clear in your explanations, and that you upload these videos for free, is absolutely amazing and I am forever grateful.
Doctor Dave, I am taking my MCAT in 2 days and your videos have helped so much! I hope you know that even 7 years later, your wonderful explanations are still helping future doctors, and I am sure you are doing so much good out in the world as a doctor yourself. From the bottom of my heart, thank you
Doing my MCAT in a month and thinking the same thing! Hope yours went well :)
You are a blessing Dave! I hope you win your fight against cancer! Stay strong friend.
This guy is sent from heaven!!
this is the best channel to study for mcat. Straight and to the point. And VERY intuitive and conceptual. I say better than Khan Academy
All these videos make Khan academy seem like a waste of my life. These are so straightforward and to the point. I absolutely hated how Sal spent half the video deriving the equation. Tell me what i must know Sal, dammitt!!
i really could agree more. This guy explains exactly what i need to know
Pump your brakes kid that man's a national treasure. KA videos aren't just meant for MCAT review, it's for everyone else as well.
I think he is specifically talking about MCAT review. This is short sweet and to the point. (review is not same as learning for first time)
THIS. GUY. Is seriously one of the top best lecturer I have ever encountered online so far.
Made the concept SO much easier to understand and commit to memory.
Ive been struggling to understand this for months. This video is the best!
This is soooooo amazing. I wish I found this earlier, my MCAT is in three days so hopefully I can get this to stick before then haha. Thank you!!
How'd you do?? Did you see bernouli's on there haha?
You deserve an award my friend.
What the hell, this is the best explanation I've listened to about this, thanks man!
I just would like to say that physics has always been the BANE of my existence but I’m understanding tf out of this!!!
I'm not skipping ads for this guy! Thank you so much!
Thank you so much, I've had a problem with Bernoulli's equation for a long time until I found this video just now.
Great video! But can someone please explain why at 6:21 from points B to C he's unsure of what the pressure will do, whereas for the other points he knew which way pressure will change? Thanks!
I am wondering the same thing!
Outstanding, how can institutions spend all this time and effort fooling around practice problems v/s instructing fundamental conceptual concepts in a like manner? ----I hated this questions before in the context of a human body and blood vessels, standing v/s sitting positions, but now I feel confident in the application of Bernoulli's Law, ......I can see further now standing on the PremedHQ shoulders!!----Thank you sir!!!
I think I'm gonna cry, I finally understand this!
this guy is the bomb. wish i found these videos a few months ago
Glad to have you here! :)
Wow, you just saved my life. This was so hard for me to understand up until now. Your explanation makes remembering the equation much simpler as well!
Thank you so much! These goes straight to the point unlike Khan 23 mins of hell videos. Lol
Great video! Thank you so much for clarifying this intimidating topic. I appreciate your enthusiasm and can really see how much you love to teach
This man is a genius
This video is sooooo good and straightforward. Really helped me understand what my EK books were struggling to explain.
rightttt
thanks for not cluttering the point of the equation with random stuff like khan academy does.
this is the best channel for mcat. I wish you posted more videos
Thank you! We may have more videos coming soon :)
Very clear explanation, made physics seem simple! Thank you so much for this!
this is the most beautiful video ive ever seen thank you
you are sent from heaven
This made so much sense. Thank you!
I’m rewatching the video, but I am now confused how the fluid going from B to C’s velocity stayed constant. Since cross-sectional Area decreased from B to C, shouldn’t Velocity go up?
Thank you!
OMG, I had an “AHA” Moment lol. I have never understood this “intimidating” concept until I watched your video. Thank you SO much!!!!
Wonderful!
This was perfect! Thank you so much! :)
A quick clarification (all these years later because they are still GOAT'd for MCAT prep even in 2024):
The "?" at point B -> C should indeed be decrease. This is just a small error in the video. Tested this with random numbers, and in every instance the only way K stays constant, P has to decrease due to an increase in the KE.
Source: Asked my Physics prof (PhD), and several 520+ MCAT tutors
I actually love you! Thank you
This video helped me so much!
Kudos, thanks. You just made what seem tricky easy
From B to C, wouldn't pressure decrease in order to maintain equilibrium?
Very helpful! Thank you! :D
But quick question for clarificaiton... from point B to C why was there a "?" for the pressure? If the KE was increasing, why couldn't you assume like the previous examples, that pressure was decreasing?
Pressure does decrease at position C
I had this question as well!
so helpful
This was excellent!
Why u stopped posting videos for God's sake come back 😢😢😢
Thank you!! I get it now!!
incredible, thank you!
wouldnt the g increase at point b because there is more pressure due to gravity (at a less water molecules exerting forcing compared to be)
Oh my goodness.. I just got one RIGHT....I think I love you
Great video! Has anyone figured out why pressure doesn't increase when going from B-C?
Why did you stop making videos??
God bless your soul
You are the MVP
this video is amazing.
AMAZING JOB! I take my MCAT 1/19
Hope you did well! How'd it go?
lol retaking this saturday...
watching this video again
Karina Gomez how did it go .. physics is going to be the death of me on the MCAT!!! It’s my weakest point
Mercy K definitely a lot harder than practice tests but did better than I thought!! Highest section
Karina Gomez if I fail it’s going to be because of physics 😞😞😞
Wow thank you so much
Thank you!!
i love u dr. dave
thanks daD
its daddy to you xD
so good
thank you so muchhh
Thanks so much
this is perfect.
Indeed, He tells it how it's likely to be found on the MCAT. Also look up AK lectures if you want more in depth understanding on any particular topic! Leah 4 Sci, and MCAT reddit are some other great resources. Happy studying! :)
Thanks!
I LOVE YOU
Whats your name fam
GOAT
Dave Carlson
I love you.
😍
i. love. you. that is all.
I love this man so much, I actually understand when he teaches 🥲