A metallic cube of side 15   cm moving along y -axis at a uniform velocity of 2   m   s - 1 . In a region of uniform magnetic field of magnitude 0 . 5   T directed along z - axis. In equilibrium the potential difference between the faces of higher and lower potential developed…

Question

A metallic cube of side 15 &#160; cm moving along y -axis at a uniform velocity of 2 &#160; m &#160; s - 1 . In a region of uniform magnetic field of magnitude 0 . 5 &#160; T directed along z - axis. In equilibrium the potential difference between the faces of higher and lower potential developed because of the motion through the field will be mV .

Aicharya · Accepted Answer

Using the equation q E = q v B &#160; &#8658; E = v B Using the relation &#8710; V = E d &#8658; &#8710; V = v B d = 2 &#215; 1 2 &#215; 0 . 15 &#160; V = 0 . 15 &#160; V = 150 &#160; mV

A metallic cube of side 15   cm moving along y -axis at a uniform velocity of 2   m   s - 1 .…

Solution

A metallic cube of side 15 &#160; cm moving along y -axis at a uniform velocity of 2 &#160; m &#160; s - 1 .…

Solution

A metallic cube of side 15 cm moving along y -axis at a uniform velocity of 2 m s - 1 .…