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Kim Henige
เข้าร่วมเมื่อ 5 ต.ค. 2011
CSUN Kinesiology Department - Transfer Workshop 2018
This project was created with Explain Everything™ Interactive Whiteboard for iPad.
มุมมอง: 972
วีดีโอ
CR Endurance Training: concept map recording #3: Pulmonary Ventilation
มุมมอง 3507 ปีที่แล้ว
Description
CR Endurance Training: concept map recording #4: Total Blood Volume
มุมมอง 3047 ปีที่แล้ว
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Brilliant explanation! Thank you so much😁
thank you so much for your good heart dear teacher
Thank you
This is a great job! The concepts are clear and brief.
Thank you Kim. Grateful.
What does it mean if my band says my EPOC is 4000? Am I overdoing it?
Very clear and precise explanation, connecting all the dots. Thanks 😊 for making this topic do easily understood !
Interesting very interesting video
you're amazing for this explanation
Thank you for making the concept clear
I don't think this concept can be explained any better than this
Really helpful... Your way of teaching is just amazing.. Came across your videos yesterday and literally all my concepts are clear now... You should make more videos. 🙌🙌
Such a great explanation 🙌
Why did you stop making videos? Could you resume?
Thank you
Thank you so much it was really helpfull
PCr mean?
Phosphocreatine, sometimes referred to as Creatine Phosphate
Thank you so much professor, it was great !!
welcome
thank you :)
I didn't get how steady state comes
Thank you for the wonderful teaching on behalf of all my students who have to do online labs during the pandemic.
Thanks
Nice video!
great
Thank you this was very helpful for my ex phys class!!!
Replenish Myoglobin during recovery/EPOC?
Yes
It was great. thank you ❤️
Such an amazing video! Thanks for sharing!
10.2 kcal/min will make 14,688 kcal/day.. Seems about wrong, where is my mistake?
Super video. Thank you.
Great help! Thank you!
Nice vedio. Please make your Playlist and make vedios subject wise. Then it will easy to get any lecture.
Great teacher!
awesome! Understood and saved to playlist!
Clarified a key concept - Diastolic blood pressure is the value at 0 flow/CO
I like your videos but in my opinion i think that you should improve them in terms of time because it takes too much time to watch them
Good :)
Kim, Oxygen doesn't come in ml unless it's at STP. Whatever the case, it would be useful to reframe the discussion in either mole equivalents or since you normalize to kilograms, which I can only think must be body weight, the moles could be converted to millihrams or micrograms as appropriate so as to frame the discussion to grams per gram even though your use of kg, which I take as some normalized body weight is also confusing. Is this a fat person running or a lean person running? You might also have z discounted curve with hyperventillation. Lastly, you might note the dependence on load and work.
Cleared my concept, thanks a lot
Good job more videos 💪
Really easy to understand...FINALLY
what a great video! I have used this as a reference to a group project in exercise science. My professor shared this video with students as an extra source for studying. It has been very useful
Make it easy as possible.check another videos
Nice detailed explanation!
hello, i have a question and i hope you can help me, i am doing research and in this article, it shows a table comparing capillarization in skeletal muscle. the table shows the results for "overall share factor" "overall capillary contacts" and "overall individual capillary to fibre ratio" what are these kind of measurements ? what is the difference between them? thanks
Nicely explained! Thanks
This was a very informative video, thank you for sharing. I am a Nutrition Consultant & Educator in San Diego.
You keep mentioning that the Right Ventricle pumps blood into the Pulmonary Vein isn't it the Pulmonary Artery? and doesn't the Pulmonary vein lead to the left Atrium?
Yes! You are correct. That is an error. Good catch.
Errors: 6:55: stated, "favoring O2 leaving the blood", should have said, "favoring CO2 leaving the blood"; 13:24 stated, "pulmonary artery", should have said, "pulmonary vein"; 19:08 stated, "pulmonary vein", should have said, "pulmonary artery"