100 ml blood has 12-16 gram Hb. 1 gram Hb carries 1.34 ml of oxygen ( each molecule of Hb carries 4 molecules of oxygen or 8 atoms of Oxygen ) So 100 ml blood will carry approx. 20 ml of oxygen. And the blood delivers 25% of oxygen to the tissues. Therefore 5 litre blood will carry 1000 ml of oxygen. And thus it will deliver 25% of oxygen which is equal to 250 ml.
*)Every 100ml of O2 blood carries =20ml o2 *)Hence 1ml O2 blood will carry =20/100ml O2 *)In 5000ml blood= 20/100ml*5000ml=1000ml *)5000ml blood will carry =1000ml O2. *)Therefore 25% of 1000ml O2 will go to tissues under normal physiological condition. Hence 250ml O2 ✔️
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100ml blood carries 20 ml of oxygen, so 1 ml blood carries 20/100 ml of oxygen it means 1 ml blood carries .2ml oxygen thus 5000 ml blood will carry 5000 * .2=1000 ml of oxygen and 25% oxygen is delivered to tissues at physiological rest 1000*25/100=250ml so 250ml of oxygen is the answer
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@@shivopal3383 100 ml blood transport 5 ml o2 at normal physiological condition so 1ml blood transport 5/100=.05ml o2. Therefore 5000ml blood will transport 5000×.05=250ml O2.
Hb follow cooperative fashion of oxygen binding, Single molecule of oxygen induces binding of rest three oxygen. In this curve it is explaining w.r.t single Hb molecule or more number of Hb
Thank you so much mam.......very nice lecture.....mam my all doubts are clear because of you ......👌👌👌👌👌👌👌you are amazing mam.....💖💖💖💖💖plz make these on cardiac cycle.....plzzzz mam
NCERT SAY EVERY 100ML OF OXYGENATED BLOOD CAN DELIVER AROUND 5ML OF O2 TO THE TISSUE UNDER NORMAL PHYSIOLOGICAL CONDITION...... 1)....It means 5% transfer of O2 2) 5000ml ka 5%.......250ml (ans)
But mam in oxygen dissociation curve in x axis the pp of oxygen is constantly increases then why oxygen haemoglobin dissociation curve shows sigmoid graph
Mam when we do heavy workout then blood pressure to increase hoga to oxyhemoglobin ki solubility aur badhegi blood m and then tissues k pass oxygen dissociate kese hogi?
@@nimisham.9134 At physiological rest, pO2 = 40 and %age saturation of hemoglobin is 75%. Now, %age saturation of hemoglobin means the percentage of oxygen combines/present with hemoglobin in the body. According to question, %age saturation is 75% that means 75% of oxygen is combined with hemoglobin and rest 25% is delivered to tissues. Now, you need to know that 100 ml of oxygenated blood carry 48ml of Co2 and 20ml of O2. You also know that only 25% of O2 is delivered to tissues, that means only 25% of 20ml O2 = 5ml. Now, use unitry method. We get it that 100 ml of blood deliver only 5 ml of O2 to tissues. Then 1 ml of blood delivers 5/100 ml of O2 to tissues. Now, 5000ml(5L) of blood will deliver {5/100 ×5000} = 250ml of O2 to tissues. Hope you understand ☺️😊.
100 ml blood has 12-16 gram Hb.
1 gram Hb carries 1.34 ml of oxygen ( each molecule of Hb carries 4 molecules of oxygen or 8 atoms of Oxygen )
So 100 ml blood will carry approx. 20 ml of oxygen.
And the blood delivers 25% of oxygen to the tissues.
Therefore 5 litre blood will carry 1000 ml of oxygen. And thus it will deliver 25% of oxygen which is equal to 250 ml.
Same..
100 ml delivers 5 ml then 1 litre will diliver 50ml then 5 litre will diliver 250 ml of oxygen 🤗🤗
F0
Same ans
@@technicalsanket9847 👍😊
100ml blood = 20ml oxy
5l = 5000ml
100/5000 = 50
50 X 20ml oxy
1000ml ,body needs 25 % oxy at rest position
25/1000 = 250ml of oxy
*)Every 100ml of O2 blood carries =20ml o2
*)Hence 1ml O2 blood will carry =20/100ml O2
*)In 5000ml blood= 20/100ml*5000ml=1000ml
*)5000ml blood will carry =1000ml O2.
*)Therefore 25% of 1000ml O2 will go to tissues under normal physiological condition.
Hence 250ml O2 ✔️
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visit - vdnt.in/YTMICRO Use code "GGMIC" to get in 9 rupees
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100ml blood carries 20 ml of oxygen, so 1 ml blood carries 20/100 ml of oxygen it means 1 ml blood carries .2ml oxygen thus 5000 ml blood will carry 5000 * .2=1000 ml of oxygen and 25% oxygen is delivered to tissues at physiological rest 1000*25/100=250ml so 250ml of oxygen is the answer
👍 thanks
Correct...
Nice discussion
You are 100% right didi
Make me correct if I am wrong , 5000 *2 = 10,000 hoga isme aur uska 25 % = 2500ml 🙄
mam writing and speed superb👍👌👌😍😍😍😍🤗🤗🤗
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Thankyou maam..😇🤗
And ans is 250mL
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Video starts at 02:40
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Great
Amazing ..mam Aap kitna acha paha leti hai hai ..superb ..
Mam u r so beautiful and kind hearted mam .... Thank uh for nice lecture 🙏🙏🙏🙏🙏🙏
Shukriya..keep sharing
250 ml O2 deliver to tissue at physiological condition
250 ml is the answer
Me also 250 ml
Kese can u tell me pzz
@@shivopal3383 100 ml blood transport 5 ml o2 at normal physiological condition so 1ml blood transport 5/100=.05ml o2.
Therefore 5000ml blood will transport 5000×.05=250ml O2.
mam u are a fabulous style of teaching 🙏🙏😘
Hb follow cooperative fashion of oxygen binding, Single molecule of oxygen induces binding of rest three oxygen. In this curve it is explaining w.r.t single Hb molecule or more number of Hb
21:40 mam ans 1250 ml O² to tissue
250ml Oxygen is dilvered to 5l of blood during normal conditions/at rest ..
Thank you so much mam.......very nice lecture.....mam my all doubts are clear because of you ......👌👌👌👌👌👌👌you are amazing mam.....💖💖💖💖💖plz make these on cardiac cycle.....plzzzz mam
Shukriya..keep sharing
It's my first time that I m able to understand this topic . Thanku so much mam ❤️
Me too
❤️
Kitne cool hain mam aap
There is no any tension on yr face
Brilliant
Thanku and love you mam ❤❤❤❤❤
Shukriya..keep sharing
You made it makkhan mam🙂🙂 thanks alot
NCERT SAY EVERY 100ML OF OXYGENATED BLOOD CAN DELIVER AROUND 5ML OF O2 TO THE TISSUE UNDER NORMAL PHYSIOLOGICAL CONDITION......
1)....It means 5% transfer of O2
2) 5000ml ka 5%.......250ml (ans)
Thank you so much mam. It is very helpful for me.
Mera bhi answer 250ml nikla hai
Kyonki 100ml of blood contain 20ml of oxygen then 5l is equal to 5000ml so 5000ml of blood contain 250 ml of oxygen
Really luved ur way of explaining those numerical...hope tht i ll remember it lyf long
I had been searching for skip ad and later realised
~
But mam in oxygen dissociation curve in x axis the pp of oxygen is constantly increases then why oxygen haemoglobin dissociation curve shows sigmoid graph
Mam i have a question that why it is called dissociation curve if association is occur between oxygen and haemoglobin..
Fantabulous sesstion...sliced the concept mam...💖
Thank you mam for make this topic effortless.
Mam when we do heavy workout then blood pressure to increase hoga to oxyhemoglobin ki solubility aur badhegi blood m and then tissues k pass oxygen dissociate kese hogi?
Awsome lecture Mam😍😍😍😍
Shukriya..keep sharing
Fantastic 😍
Crystal clear mam❤️❤️😎
Loved ur teaching mam... always..❣☺️
Mam your way of teachin is wow
Gud teaching hats off mam. 😍😘😘😍😍
Ans 250 ml of oxygenated blood.maam
Sahi ha launde
Thnkuuu soooooo muchhhh mam🤩🤩😍
Left shift....chloride shift or Haldane effect??
If 100ml blood has 12gm HB, answer is 200ml of O² in tissue.
Thank you so much 🙏🙏🙏
No words🤗🥰😘😍
Dissolved in plasma kya hai mam
I love the way she teach 😍 and she make it crytal clear✨✨
Right
Bohr effect kya hota h
Is it 1L?
Thanks mam, now I have cleared all my doubts.
Best video ever to understand oxygen dissociation curve
Thanku mam u cleared all my doubts....
Mam i am im 10 class after seeing you lecture my topic is crystal clear.....please reply me ....that my answer is correct or not....250ml
Woe I am very exited to you miss mera problem solve ho gaya thanks miss
OMG she in her young age 💅
Thank you mam🥰🥰
Mam please make video concept series on plant physiology
Thank you so much mam
Mam your handwriting is awesome 🧡🤍💚
Is ans 250 ml of o2?
I think so yes
Yeah u r right
I too got same ans
Yes
Thanku so much mam it is very helpful
Mam answer is 250 ml
Thank you very much for video
ye sab ncert me to hai kya?😢
Ma'am you r so beautiful 😍😁
Madam bahli sohni AA👌👌
mam u hv marked at 90 PO2 and telling 98prcent why?
Crystal clear mam❤️
thank u mam ...really helpful..i am impressed ..
Maa'm it is DPG or BPG in right shift ??
Bpg
Biphospho glicrate
250 ml o2 is delivered to the tissues
I have a doubt that bohr effect is just a relation between po2 and %saturation but it can take place even in left side
When it goes to the left it is called as Haldane effect
1.2 is delivered to tissue
Good job 👌
oxygen is carried out in the form of Hb(O2)4 represents oxyhaemoglobin not Hb(O2).....................
Merry Christmas
Superb teaching way .
Thank u very much mam.
Thank u
Shukriya..keep sharing
Thank you for this
Valoi laglo.
Answer is 250ml of O2
how?
@@nimisham.9134 At physiological rest, pO2 = 40 and %age saturation of hemoglobin is 75%.
Now, %age saturation of hemoglobin means the percentage of oxygen combines/present with hemoglobin in the body.
According to question,
%age saturation is 75% that means 75% of oxygen is combined with hemoglobin and rest 25% is delivered to tissues.
Now, you need to know that 100 ml of oxygenated blood carry 48ml of Co2 and 20ml of O2.
You also know that only 25% of O2 is delivered to tissues, that means only 25% of 20ml O2 = 5ml.
Now, use unitry method.
We get it that 100 ml of blood deliver only 5 ml of O2 to tissues.
Then 1 ml of blood delivers 5/100 ml of O2 to tissues.
Now, 5000ml(5L) of blood will deliver {5/100 ×5000} = 250ml of O2 to tissues.
Hope you understand ☺️😊.
250 ml is delivered but give to tissue is 50 ml
Mam app neet mantra pe live aaya karo
Thank you so much. Crystal clear concept
250 ml is ans....👍
I really understand mam
Thanks mam❤
The best explanation l ever find on this topic.
How many of you noticed that the health conscious watch (apple watch*) she is wearing doesn't have SpO2 indicator 😅😄😄
21:55 250ml of O2
Thank u sooo much my respected mam
Gorgeous lecture mam I am also Goel your r like my sister
😂😂😂
2:47
1.25L
Thank u mam
best explanation
Ma'am please make a neet mantra on electrocardiogram waves
3.02 its hbo2)4