List-1 | List-2 | ||
P. | The final charge on capacitor (in \[\mu C\]) | 1. | 2 |
Q. | The work done by 4 volt cell (in \[\mu J\]) | 2. | 4 |
R. | The gain in potential energy of capacitor (in \[\mu J\]) | 3. | 6 |
S. | The net heat produced in circuit (in (\[\mu J\]) | 4. | 8 |
(i) The null point distance for a cell of emf \[1.0\] volt is\[312.5\text{ }cm\]. |
(ii) The null point distance for a cell of emf \[1.5\] volt is\[512.5\text{ }cm\]. |
(iii) The null point distance for a cell of emf \[1.8\] volt is\[750\text{ }cm\]. |
(iv) The null point distance for a cell of emf \[1.6\] volt is\[500\text{ }cm\]. |
The correct statements are |
(i) The flux passing through \[{{A}_{1}}\] is given by \[\frac{Q}{4{{\varepsilon }_{0}}}\]. |
(ii) The flux passing through \[{{A}_{2}}\] is given by \[\frac{Q}{9{{\varepsilon }_{0}}}\](iii) The flux passing through \[{{A}_{2}}\] within the area equal to \[{{A}_{1}}\] is given by\[\frac{Q}{16{{\varepsilon }_{0}}}\]. |
(iv) The flux passing through \[{{A}_{3}}\] within the area equal to \[{{A}_{2}}\] is given by \[\frac{Q}{4{{\varepsilon }_{0}}}\] |
The correct statements are |
Column I | Column II | ||
[A] | Quick lime | (p) | |
[B] | Slaked lime | (q) | |
[C] | Baryta water | (r) | |
[D] | Hydrolith | (s) | CaO |
(i) the diameter of the dispersed particles is not much smaller than the wavelength of the light used. |
(ii) the refractive indices of dispersed phase and dispersion medium differ greatly in magnitude. |
(iii) the size of the particles is generally between m in diameter. |
(iv) the dispersed phase and dispersion medium can be seen separately in the system. |
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