Overview of Tension force, how to find direction of tension in pulley problems, tension in accelerating ropes, unaccelerating ropes, massless ropes and ropes with masses
my goodness aapne sara concept bilkul achhe se samjha diya sir, matlab aapke liye shabad nhi hai mere pas. bilkul sahi maine me mujhe tension ki feel mili hai Aapka bahut bahut dhanyavad sir THANK U SIR JI!!!
Sir aap bahut कमाल का पढ़ाते हैं... आपसे पढ़ने वक़्त Physics एकदम दिखाई देने लगता हैं... काश 9 th 10th me hi aap mile hote... Aaj kal competitive exams me kewal concept के केवल application hi aate hain aur aap itna शानदार दोनों chiz batate हैं ki मज़ा aa jata हैं... खुदा आपको हमेशा खुश रखे और लंबी उम्र दे.
U r awsm sir...ur teaching style is so unique nd student friendly...nd ur voice z also vry clear...it seems lyk u shld also b a RJ😊 thnx u sir....plz keep sharing ur experience wid us..alwz
Sir aap ka KHNA hai ki free body digram me sirf object pr force lg rha hai usko measure krna hai but ye jo object ka wait hai usko q f.b. d.me dikhte hai wo force to object me nhi lg rha surface me lg rha sir please answer
Sir your teaching method is very good , your video is helpful for poor children jinko achhe teachers nasib nhi hote please sir give me help and bsc first year physics video upload kijiye please sir
At 7:59 , Sir I want to ask you one thing. If the load that is to be pulled by the weight hanging , rests on a frictionless surface , Will the tension on the string be equal to weight hanging or not ?
Bro acceleration nam ki bhi koi cheez h. Khud socho na sir kyu whi wali equilibrium problem wapid explain krenge wo already explain kr chuke the... Y new problem thi😉
Thank you dear sir. Q:-(1)tension is conservative or non conservative force...???? Q:-(2)kiya tension force sirf flexible substances may payejatay hai, ya per ye tamaam material k undar hosaktaa haii..?? Q:-(3)kiya tension force kewaja say momentum conserve hogaa..? Q:-(4)kiya tension force ki waja say energy conserved hogaa...??
Are tensile force and the word u used tension are same ? If so certain books have referred axial force (externally applied on body) as tensile force !! And here u r mentioning tensile force as internal resistance force . Is there's any difference or not
Mass less is written in the numericals, just in order to indicate that the body would be weightless(weight is a force) as product of mass(0) and acceleration due to gravity will be zero. If we take weight of the string into account, numericals will become too complex. No massless string can exist, its assumed just for simplicity.