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Figure (a). Figure (a) has less angular momentum😊 -> dl __ dt L; constant ie, IW = constant When moment of inertia, I increase, angular momentum, w decreases and vice versa😊 When hands are been stretched radius increases As per the eqn. I=MR2 The angular momentum decrease and i increase😅😅
Fig (a) Justification: L=Iw Will be a constant. When Radius 'R' increases on strecting hands, By the equation I=MR^2,Moment of inertia (I) also increase. When Moment of inertia increase, Angular speed (w) decreases (L=Iw=constant). Therefore, Fig(a) have less angular velocity.
Figure a Sir oru rakshayum lla... Adipoli class ayinuu❤💚💙 Ellam manassilayi Oru second polum distracted aavan sammathichilla.... Atrakk adipoli ayinu... Oru boringum illathe ingane class edkkan sir nee pattuuu💙💙❣️❣️❣️💚❤
Figure A. Moment of inertia I= mr^2 When r increases moment of inertia increases. Moment of inertia and angular velocity are inversely proportional. Therefore , when moment of inertia increases angular velocity decreases. Class adipoli aayirunnu. E chapter nannayitte padikkan patti.. Thank you Hashiq Sir... 🔥🔥🔥 and also Thank you Eduport..❤
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Ans : A❤️
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Answer- figure A
Justification - In figure 🅰️ radius increases Inertia also increases Omega decreases so angular velocity increases
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What are the factors effecting moment of inertia
1.Mass of body
2.distribution of mass about the axis of rotation
3.Axis of rotation
Sir answer : A, because , in figure A radius increases, omega is decreased
There for,
Angular velocity increases
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Answer fig.A
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Figure (a).
Figure (a) has less angular momentum😊
->
dl
__
dt L; constant
ie, IW = constant
When moment of inertia, I increase, angular momentum, w decreases and vice versa😊
When hands are been stretched radius increases
As per the eqn. I=MR2
The angular momentum decrease and i increase😅😅
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FigureA bcz
Large Radius ....
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Class poli aayrunnu .........❤
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Ans:figure A
Because when r increase I increases & w decreases.
Nice class❤🔥.Thank you EDUPORT❤.
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Ithream clear ayit oro topicum padipikunna vera class njan kanditilla . Thank you so much sir 💙💙
Always welcome, keep watching❤️
Wonderful class sir
Full concept is Cristal clear
Thank you❤
Keep watching
Thank you sir, for giving us very Helpful and Useful class.
and the class was very very, settoskyy, poweroskyy, usharoskyyy 😆😄
You are most welcome
Poda monne
Ans Figure A
❤❤🎉🎉Big thanks Hashiq sir and all Eduport team for your big effort Thank you thank you Eduport🎉🎉❤❤
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Answer A
Thank you eduport ❤❤🔥🔥
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Figure A
Inertia increase, angular velocity decrease
Thanks for this best class sir 🤗💙
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Answer Fig A
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Thanks sir...very useful
Always welcome
Sett sirr, kore ayi inganthe oru cls nokkne ippale kittye ithvare kettorth onnum mansilayilla ingal poliya❤your cls is really good👍
Same here
A is the answer 😊
Thank you sir today's live was setoski❤
Most welcome😍
@@EduportPlusTwo ❤
Fig (a)
Justification: L=Iw Will be a constant. When Radius 'R' increases on strecting hands, By the equation I=MR^2,Moment of inertia (I) also increase. When Moment of inertia increase, Angular speed (w) decreases (L=Iw=constant). Therefore, Fig(a) have less angular velocity.
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Answer = option A
In first body radius increased . So angular velocity decrease 🎉🎉
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Question of the day:
Answer- Option (a)
Option alla figure aahn 😊
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@@anusreem6353 figure and option , randum onnane brooo
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Figure (A)💙💚❤️
adipoli class ayirnnu
thank you eduport ❤
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Answer=A
Class was super 😍🤩😻
EDUPORT is always mass ❤️❤️❤️
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Fig A,in this pose, moment of inertia is larger than the fig B
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Thanks sir😊
Ans)figure A
സാറിന്റെ ക്ലാസ്സ് നന്നായി മനസ്സിലായി
Thank you sir❤
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Supper class❤🎉
Adipoli class sir❤❤
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17:02
Answer : fig A
Ee chapter sett...🎉
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Answer : 'A'🔥
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Answer : Figure A
Class kidilam ayitt manasilayi sir eni enth question vannalum cheyyum❤️🩹
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Ans:A
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Questions of the day:fig A
Super class 😊
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❤❤Answer:A❤❤
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Figure A
settoskyyy, poweroskyyy, usharosky class....
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Figure A👐
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Ans. Fig A
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Answer A ❤❤
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Ans figure À
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Answer: figure A
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Ans= fig A
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Question of the day
Ans: fig A
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Figure a
Sir oru rakshayum lla... Adipoli class ayinuu❤💚💙
Ellam manassilayi
Oru second polum distracted aavan sammathichilla.... Atrakk adipoli ayinu... Oru boringum illathe ingane class edkkan sir nee pattuuu💙💙❣️❣️❣️💚❤
♥️
Answer of the day
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Figure A
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Figure A
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Answer figer A❤😂🎉😢😮😅😊
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Answer: A because, in figure A radius increases I also increases omega decreases so angular velocity increases
Thank you so much eduport
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57:06 😂😂
40:18
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Figure A. Moment of inertia I= mr^2
When r increases moment of inertia increases. Moment of inertia and angular velocity are inversely proportional. Therefore , when moment of inertia increases angular velocity decreases.
Class adipoli aayirunnu. E chapter nannayitte padikkan patti.. Thank you Hashiq Sir... 🔥🔥🔥 and also Thank you Eduport..❤
Very good
Thalapathy Vijay fans assemble here ---> 👍
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@@EduportPlusTwo ❤️😍
1:16:55
Answer:A
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Answer. A
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fig (a)
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Fig A
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The ballet dancer in A has r=increased and i=increased so angular momentum decreases so a is the answer
Thank you Sir ... class polii arunu😊🔥🔥
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A
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Fig a
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Figure A🎉
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Figure A
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Answer: fig A
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1:15:06
Ans figure A
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Fig a
Figure A
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Figure A
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Figure A