biot Savart Law...😇 #youtube #youtubeshorts #viral #pw #biotsavartlaw #aianimation  #physicswallah

biot Savart Law...😇 #youtube #youtubeshorts #viral #pw #biotsavartlaw #aianimation #physicswallah

short video#shorts​ #video​ #jcb​ #automobile​ #trending #Class12Physics​ #MovingChargesAndMagnetism​ #PhysicsFormulas​ #NCERTPhysics​ #AkshayTyagiSir​ #physics revision #short​ #viralvideo​ #trending​ #wonderful​ #whatsappstatus​ #comedy​ #short​ #funnyvideos​ #tiktokvideo​ #shortvideo​ #status​ #trendingshorts​ magnetic field,biot-savart law,ap physics,physics (field of study),biot savart's law,biot savart,biot–savart law,electromagnetic theory,khan academy india english,biot savart law statement,biot savart's law in vector form,magnetic field due to current carrying conductor,div b = 0,high voltage power lines,biot savart law in english,biot savart law in detail,biot savart law class 12th physics,biot savart law animated video,biot savart law ncert syllabus,magnetic field generated on moving charges and currents,biot & savart law,biot savart law for magnetic field intensity,basics of biot savart law for magnetic field intensity,direction of magnetic field intensity as per biot savart law,case study of biot savart law for magnetic field intensity,electro magnetics theory - biot savart's law,biot savart law class 12,moving charges and magnetism class 12,biot savart law iit jee,magnetic field due to straight wire carrying current,magnetic field due to straight current carrying conductor,magnetic field due to straight wire carrying current class 12,magnetic field due to infinite wire,magnetic effect of electric current class 12,biot - savart law,warm-up match with physics sachin sir,derivation of the biot-savart law,derive the biot-savart law,magnetic field of a long straight wire,calculating the magnetic field,biot savart law,biot savart law organic chemistry tutor,biot savart law problems,biot savart law and ampere's law,biot savart law example,biot savart law circular loop,biot savart law and its application,biot savart law straight wire,biot savart law physics 2,biot savart law derivation,biot savart law practice problems,biot savart law integral,biot savart law right hand rule,biot savart law physics, The Biot-Savart Law, discovered by Jean-Baptiste Biot and Félix Savart in 1820, describes the magnetic field \(\mathbf{B}\) generated by a steady electric current. It states that the infinitesimal magnetic field \(d\mathbf{B}\) at a point due to a small current element \(I d\mathbf{l}\) is: \[ d\mathbf{B} = \frac{\mu_0}{4\pi} \frac{I d\mathbf{l} \times \hat{\mathbf{r}}}{r^2} \] where \(\mu_0\) is the permeability of free space, \(r\) is the distance from the element to the point, and \(\hat{\mathbf{r}}\) is the unit vector from the element to the point. The total field is found by integrating over the current distribution. The magnitude depends on \(\sin\theta\) (angle between \(d\mathbf{l}\) and \(\mathbf{r}\)), falling off as \(1/r^2\). This law is analogous to Coulomb's law for electric fields but involves vector cross products, crucial for calculating fields from wires, loops, and coils in electromagnetism. (98 words)b499b7,9e526a,a5ed1e,d985a7,90368d