A loop has two semi-circular arcs of radii `R (= (5)/(sqrtpi) m)` each in two mutually perpendicular planes xz & xy as shown in figure. A uniform & constant magnetic field `vecB = ( 3 hati - 4 hatj+ 5 hatk)T` exists in the region of the loop. Radius `R= (5)/(sqrtpi)m.` The quantity of magnetic flux through the loop ABCDA (in Wb) is ............
A conducting loop carrying current 'l' is bent into two halves and placed in mutually perpendicular planes xy and yz planes as shown. A uniform magnetic field vecB=Bhatj is existing in the region. The net magnetic torque experienced by the loop is
A circular loop of radius R carrying current I is kept in XZ plane. A uniform and constant magnetic field vecB=(B_(0)hati+2B_(0)hatj+3B_(0)hatk) exists in the region ( B_(0)- a positive constant). Then the magnitude of the torque acting on the loop will be
A circular loop of wire of radius R is bent about its diameter along two mutually perpendicular planes as shown in Fig. If the loop carries a current I, then determine its magnetic moment.
A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj+hatk)T is present in the region. Find the net torque on the loop.
A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj-hatk)T is present in the region. Find the magnetic moment vector of the loop.
A loop ABCA of straight edges has three corner points A (8, 0, 0), B (0, 8, 0 ) and C (0, 0, 8). The magnetic field in this region is vecB=5(hati+hatj+hatk)T 0 . The quantity of flux through the loop ABCA (in Wb) is _____.
A loop ABCA of straight edges has three corner points A (8, 0, 0), B (0, 8, 0 ) and C (0, 0, 8). The magnetic field in this region is vecB=5(hati+hatj+hatk)T 0 . The quantity of flux through the loop ABCA (in Wb) is _____.
A conducting square loop of side l and resistance R moves in its plane with a uniform velocity v perpendicular ot one of its sides. A uniform and constant magnetic field B exists along the perpendicualr ot the plane of the loop as shown in . The current induced in the loop is
A circular loop of mass m and radius r in X-Y plane of a horizontal table as shown in figure. A uniform magnetic field B is applied parallel to X-axis. The current I in the loop, so that its one edge just lifts from the table is
A semi circular conducting ring acb of radius R moves with constant speed v in a plane perpendicular to uniform magnetic field B as shown in figure. Identify the correct statement.
VMC MODULES ENGLISH-JEE MAIN REVISON TEST-23-PHYSICS (SECTION 2)
