![Figure shows a conductor of length l having a circular cross - section. The radius of cross - section variance linearly from a to b . The resistivity of the material is Figure shows a conductor of length l having a circular cross - section. The radius of cross - section variance linearly from a to b . The resistivity of the material is](https://dwes9vv9u0550.cloudfront.net/images/4530029/c61cdba8-0f67-4d99-b7d5-94ee4e18adc1.jpg)
Figure shows a conductor of length l having a circular cross - section. The radius of cross - section variance linearly from a to b . The resistivity of the material is
![Scheme of different conductors used and their cross section with the... | Download Scientific Diagram Scheme of different conductors used and their cross section with the... | Download Scientific Diagram](https://www.researchgate.net/publication/323590053/figure/fig1/AS:636387476910081@1528738006937/Scheme-of-different-conductors-used-and-their-cross-section-with-the-external-and-inner.png)
Scheme of different conductors used and their cross section with the... | Download Scientific Diagram
![A conductor with rectangular cross section has dimensions (4a × 2a × a) as shown in figure. Resistance across AB is x, across CD is y and across EF is z. Then : A conductor with rectangular cross section has dimensions (4a × 2a × a) as shown in figure. Resistance across AB is x, across CD is y and across EF is z. Then :](https://haygot.s3.amazonaws.com/questions/292072.png)
A conductor with rectangular cross section has dimensions (4a × 2a × a) as shown in figure. Resistance across AB is x, across CD is y and across EF is z. Then :
![A stone thrown vertically up with a velocity v reaches three points A, B and C with velocities v/2, v/4, v/8 respectively. Then AB : BC is A stone thrown vertically up with a velocity v reaches three points A, B and C with velocities v/2, v/4, v/8 respectively. Then AB : BC is](https://dwes9vv9u0550.cloudfront.net/images/5435507/5156e2ca-3a7d-43a8-9d14-9fa09ad0adea.jpg)