Q2B=6.32cm; Q4C=8.89cm; Q2Q4=12.7cm; BC=12.7cm Q2B is turning uniformly clockwise at a speed of 1 rad/sec. Find: A. The Velocity of C when theta is equal to 15 degrees B. The position and velocity of that point H on the center line of BC (Produced if necessary) which has the least velocity, when theta is equal to 15 degrees C. The velocity of C and of the same point H when Theta is equal to 60 degrees and the value (or values) of theta when velocity of C is 0 Draw the graphical method of the velocity Draw the required of C
ek no video banayela public ko aur chaiye
wonderful explanation sir......
Very very thanks sir for making such a concept clear vedio.
wow that good explaining sir
Super explanation sir
Plz make video of acceleration and instantaneous velocity method
Wow nice learning sir.
Thank you
Thanks man..ur 17 min make me good feel..
Wonderful explanation on copy sir
In 8:49 why do we want to divide by 2?????rply pls
That's the scale dude
@@manaskulkarni3117 which type of scale
@@draconisgaming1 ,🤣🤣
Wo sirne starting me 2 se divide galat kar diya tha.
It is as
First take --1cm=0.2m/sec.
Then for 0.8377m/sec. Scale will be
0.8377/0.2=4.189
very good keep it up
Wonderful. excellent.❤️❤️❤️❤️❤️
Good sir👊👊 i thanks a lot of you...
Your video were so helpful sir thank you very much ...anti clockwise ke problem's bhi kijiye sir
Please share videos with your friends and for more videos visit my channel GTU MIMP.... Thanks
Helpful ❤
Behtarin... 👍👍
Sir ap bahot achaa smghate ho tq sir👍
great,very clear explanation sir
awesome teaching sir 💛
I have a cat this morning. Thanks
Tq fr ur valuable teaching sir!😍
Why divided by 2 ,8:48
Sir,GREAT EXPLANATION! I just have one doubt,how did you choose the directions for V(cd) and V(cb)?
Please reply soon sir to this.
THANK YOU!
It's acc to the direction of the speed or angular velocity.
i.e they both act in the same direction.
Nycc
Thanks sir great explanation
Why are we using 6cm.to reo 150mm sir? This is confusing why and why not 4cm rep 150mm or 2cm rep 150mm or 12cm rep 150mm sir?
Answer quick pls sir
Thank you so much sir ❤️
Easy to understand but quite lengthy video.
Super 😎
How many Mark ask for semester exams sir...
Plz make video on tom icr method to draw velocity digram
@8:17 sir why divided 2 ?
Its according to the scale bro
Excellent
Thanks sir you are so helpful
Excellent 👌👌
A very big thanks sir
Thank you sir.
Agar Questionsme counterclockwise diya hoga toh reverse janeka na qudrant me
Apka bahut bahut dhanyabad
Good explanation
You are amazing sir... Good work keep on.
Thank you sir...
Thank you sir
How velocity diagram draw.. From of space diagram.. How draw first a,d point and second point
Very helpful
why divide by 2? or should we divide by 2.5?
Sir can u make sum on slider crank velocity
Please why did you divide 0.8377 by 2. 0.8377/2 ???
Nice sir tnx
Thank you so much🤗
Kaun kaun Paper se 15 minute pehle dekh raha hai
Make video on icr
didnt get how scale is calculate why its taken as 6cm = 150mm ?
If rmp is not given?
Hello bro.. y u divided with 2 ???????????????
13:43 mai perpendicular line upar kyo li ?
velocity is always perpendicular to the link
#ThankS #Broiii
why dd u draw 6 cm AD?
If theta is 90 degree how will be triangle.
why you draw ab perpendicular to AB in downward not in upward
Scale kese select kare ?
Why we are take 6 CM ?
But aese our problem ke video banae ne
thank you!
Tq
Thank you
Sir pls so word bar bar repeat mt kijiyega video me
Thanks
Q2B=6.32cm; Q4C=8.89cm; Q2Q4=12.7cm; BC=12.7cm Q2B is turning uniformly clockwise at a speed of 1 rad/sec.
Find:
A. The Velocity of C when theta is equal to 15 degrees
B. The position and velocity of that point H on the center line of BC (Produced if necessary) which has the least velocity, when theta is equal to 15 degrees
C. The velocity of C and of the same point H when Theta is equal to 60 degrees and the value (or values) of theta when velocity of C is 0
Draw the graphical method of the velocity
Draw the required of C
notice please
i love u sir
Hindi sir hindi me bataye ....upar se gaya sab
Very helpfull
Good explanation
Thank You!
Thanks
Thanks
thanks
Thanks