literally love this man, teaches straight to the point with no bs. We need more teachers like him rather than those who spend 4 hours teaching the same thing
Thank you for this. I’m a person trying to understand what happens to calcified filaria and microfilaria remain. How does the lymphatic system cope with the calcified filaria remains? Maybe you could do more on filariasis?
How the pressure can be low in only direction as the concentration of food is high only in middle therefore the pressure will be low in both upper and lower direction ???
The water enters the the sieve tubes so imagine it like a starting point which creates enough pressure as that sieve cell is being actively loaded and say the direction is up the upward ones will be hollow this ensures that water acts as a pressure checkpoint to prevent the food from going downwards and the low pressure which is upwards make the food travel upwards
The video provides WRONG info The " veins" that connect the heart and the lungs are "Pulmonary veins (oxygenated blood)" and "Pulmonary arteries (deoxygenated blood)". They won't give marks if you just write "veins" lol. Also, they are not "arteries". Deoxygenated blood that travels from the rest of the body to the heart enters through the "Vena Cava" Oxygenated blood that travels from the heart to the rest of the body, exits the heart through the "Aorta" They won't give marks for writing "arteries" The journey of the blood from the heart to the rest of the body goes like: Oxygenated blood - pulmonary veins - left atrium - left ventricle - Aorta - Arteries - blood capillaries - all parts of the body OXYGENATED BLOOD BECOMES DEOXYGENATED BLOOD Deoxygenated blood from the body - blood capillaries - Veins - Vena Cava - Right Atrium - right ventricle - pulmonary arteries - lungs DEOXYGENATED BLOOD BECOMES OXYGENATED BLOOD *CYCLE REPEATS* All of this info is given in the textbook...
Remember Lungs to heart (oxygenated)- pulmonary veins Heart to lungs (deoxygenated) - pulmonary arteries Heart to body (oxygenated) - Aorta Body to heart (deoxygenated) - Vena Cava
literally love this man, teaches straight to the point with no bs. We need more teachers like him rather than those who spend 4 hours teaching the same thing
fr bro I love him!
Bro casually taught us one of the most complicated concepts in minutes
W name tho
damn. he teaches amazing.
YOU HELPED ME A LOT ❤❤❤
Already thinking to become a heart surgeon lamao
LOL
Pls never pray to God like give me some patients of heart issue
It's lmao**
???
@@twobrothergamer2265oh shit sherlock
It would be great if at the end you did a summary of the similarities and differences
i love your accent its crazy good
Short and simple. Loved your explanation, sir. ❤
Damn most simple explanation 😮❤
Thank you for this. I’m a person trying to understand what happens to calcified filaria and microfilaria remain. How does the lymphatic system cope with the calcified filaria remains? Maybe you could do more on filariasis?
Bro talking so casually while explaining something like that. And it so so perfect that we can understand everything
thank you ❤
Thank you
Good
How the pressure can be low in only direction as the concentration of food is high only in middle therefore the pressure will be low in both upper and lower direction ???
The water enters the the sieve tubes so imagine it like a starting point which creates enough pressure as that sieve cell is being actively loaded and say the direction is up the upward ones will be hollow this ensures that water acts as a pressure checkpoint to prevent the food from going downwards and the low pressure which is upwards make the food travel upwards
thanks dude!!!!!!
it was so freakin helpful
if i dont become a doctor change my name
lmaooo
I don't think that would be necessary❤ u go champ✨
I will name champu😂🎉 congr😢
Thank you smm sir
explaination is great but forgotten about valves in heart
Thanks 🙏🙏
Badva
@@helllooooo-h6f😂
Amazing explanation sirr
So helpful
5:03 Xylem is unidirectional and Phloem is single directional. My one mark got cut because of this, I saw your video
But the other stuff is very helpful 👍
Phloem is multidirectional and xylem is unidirectional
He is saying right in video probably ur teacher is wrong
Unidirectional means single direction
you said the same thing in two diff. ways
unidiretectional=single direction
Op sir ❤
Thanks
good explanation
5:20
The video provides WRONG info
The " veins" that connect the heart and the lungs are
"Pulmonary veins (oxygenated blood)" and "Pulmonary arteries (deoxygenated blood)".
They won't give marks if you just write "veins" lol.
Also, they are not "arteries".
Deoxygenated blood that travels from the rest of the body to the heart enters through the "Vena Cava"
Oxygenated blood that travels from the heart to the rest of the body, exits the heart through the "Aorta"
They won't give marks for writing "arteries"
The journey of the blood from the heart to the rest of the body goes like:
Oxygenated blood - pulmonary veins - left atrium - left ventricle - Aorta - Arteries - blood capillaries - all parts of the body
OXYGENATED BLOOD BECOMES DEOXYGENATED BLOOD
Deoxygenated blood from the body - blood capillaries - Veins - Vena Cava - Right Atrium - right ventricle - pulmonary arteries - lungs
DEOXYGENATED BLOOD BECOMES OXYGENATED BLOOD
*CYCLE REPEATS*
All of this info is given in the textbook...
Arteries (red color) - carry oxygenated blood ONLY
Veins (blue color) - carry deoxygenated blood ONLY
Remember
Lungs to heart (oxygenated)- pulmonary veins
Heart to lungs (deoxygenated) - pulmonary arteries
Heart to body (oxygenated) - Aorta
Body to heart (deoxygenated) - Vena Cava
Thank u very much for your support 😂😂😂❤❤❤❤❤❤❤❤😂😂
Missed the part where it provided Missformation
Thanks sir I have exam tomorrow
4:44