Eight identical spherical mercury drops
WebMercury is a metal in a liquid state with resistivity 98 10-8 Ohm-m. Consider two identical spherical drops of mercury each having radius R = 8.5 mm. Now, these two drops join … WebApr 20, 2024 · Eight identical spherical mercury drops charged to a potential of 20V each are coalesced into a single spherical drop (1) The internal Energy of the system remains the same (2) The new potential of the drop is 80V (3) Internal Energy of the system decreases (4) The potential remains the same i.e. 20V Class-X Physics
Eight identical spherical mercury drops
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WebEight drops of mercury of equal radii possessing equal charges combine to form a big drop. Then the capacitance of bigger drop compared to each individual small drop is (1) … WebNov 10, 2024 · Eight identical spherical mercury drops charged to a potential of 20 V each are coalesced into a single spherical drop The internal Energy of the system …
WebEight small drops, each of radius r and having same charge q are combined to form a big drop. The ratio of potential of the bigger drop to the smaller drop isA. 8: 1B. 4: 1C. 2: 1D. 1: 8 ... Two identical mercury drops, each of radius r are charged to the same potential V.If the mercury drops coalesce to form a big drop, each of radius R then ... WebApr 28, 2024 · 64 identical drops of mercury are charged simultaneously to the same potential of 10 volt. Assuming the drops to be spherical, if all the charged drops are made to combine to form one large drop, then its potential will be (A) 100 V (B) 320 V (C) 640 V (D) 160 V. electrostatics; jee;
WebIf 'n' identical water drops assumed spherical each charged to a potential energy U coalesce to a single drop, the potential energy of the single drop is: (Assume that drops are uniformly charged). A. n 2 / 3 U. B. n 3 / 2 U. C. n 4 / 3 U. D. n 5 / 3 U. Hard. Open in App. Solution. Verified by Toppr. Correct option is A) WebEight identical spherical drops of mercury charged to $12 \mathrm{~V}$ above carth potential are made to coalesce into a single spherical drop. What is the new potential and how has the internal electric energy of the system changed? ... Two spherical drops of mercury each have a charge of 0.11 nCnC and a potential … 04:56. 64 identical drops ...
WebEight identical spherical drops of mercury charged to $12 \mathrm{~V}$ above carth potential are made to coalesce into a single spherical drop. What is the new …
WebQuestion: Two spherical drops of mercury each have a charge of 0.10 nC and a potential of 260 V at the surface. The two drops merge to form a single drop. What is the potential at the surface of the new drop? Express your answer to two significant figures and include the appropriate units. pete\u0027s dragon movie 2016WebTwo small drops of mercury, each of radius R coalesce to form a single large drop. The ratio of the total surface energies before and after the change is: ... Several spherical drops of a liquid of radius r coalesce to form single drop of radius R. If T is surface tension and V is volume under consideration, then the release of energy is: Medium. pete\\u0027s drive in pryorWebEight identical spherical mercury drops charged to a potential of $$20V$$ each are coalesced into a single spherical drop. A The internal Energy of the system remains the … pete\u0027s gamesWeb>> Eight drops of mercury of equal radii po. Question . Eight drops of mercury of equal radii possessing equal charges combine to form a big drop. Then the capacitance of bigger drop compared to each individual small drop is? A. 8 times. B. 4 times. C. 2 times. D. 3 2 times. Hard. Open in App. Solution. pete\u0027s evansville wiWebClick here👆to get an answer to your question ️ 27 identical drops of mercury are charged simultaneously with the same potential of 10 V . Assuming the drop to the spherical, if all the charged drops are made to combine to form one large drop, then its potential will be V . sports memorabilia greenville scWebNov 22, 2024 · A drop of mercury of radius 0.1 cm is broken into 8 droplets of the same size. Find the work done if the surface tension of mercury is 540 dyne/cm. Given: Initial number of drops = n 1 = 1, initial radius of each drop = r 1 = 0.1 cm = 0.1 × 10-2 m = 1 × 10-3 m, Final number of drop = n 2 = 8, Surface tension = T =540 dyne/cm = 540 × 10-3 … sports mixerWebA charged spherical drop of mercury is in equilibrium in a plane horizontal air capacitor and the intensity of the electric field is 6 × 1 0 4 V m − 1. If the charge on the drop is 8 × 1 0 − 1 8 C, the radius of the drop is : [ρ a i r = 1. 2 9 k g / m 3; ρ H g = 1 3. 6 × 1 0 3 k g / m 3] pete\u0027s firewood albuquerque