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The figure shows a metallic solid block, placed in a way so that its faces are parallel to the coordinate axes. Edge lengths along axis x,y and z are a,b and c respectively. The block is in a region of uniform magnetic field of magnitude 30 mT. One of the edge length of the block is 25 cm. The block is moved at 4 m/s parallel to each axis and in turn, the resulting potential difference V that appears across the block is measured. (1)When the block is moved at 4 m/s parallel to the y- axis, V=24 mV, (2)when the block is moved at 4 m/s parallel to the z- axis V=36 mV, (3)when the block is moved at 4 m/s parallel to the x- axis, V=0 Using the given information, correctly match the dimensions of the block in column-I with the values given in column-II. column IColumn II(A) a(p) 20 cm(B) b(q) 24 cm(C) c(r) 25 cm(D) bca(s) 30 cm(t) 26 cm |
Answer» ![]() The figure shows a metallic solid block, placed in a way so that its faces are parallel to the coordinate axes. Edge lengths along axis x,y and z are a,b and c respectively. The block is in a region of uniform magnetic field of magnitude 30 mT. One of the edge length of the block is 25 cm. The block is moved at 4 m/s parallel to each axis and in turn, the resulting potential difference V that appears across the block is measured. (1)When the block is moved at 4 m/s parallel to the y- axis, V=24 mV, (2)when the block is moved at 4 m/s parallel to the z- axis V=36 mV, (3)when the block is moved at 4 m/s parallel to the x- axis, V=0 Using the given information, correctly match the dimensions of the block in column-I with the values given in column-II. column IColumn II(A) a(p) 20 cm(B) b(q) 24 cm(C) c(r) 25 cm(D) bca(s) 30 cm(t) 26 cm |
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