Eight small drops each of radius r and having

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WebNov 8, 2024 · Eight small drops, each of radius `r` and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the s... WebFeb 27,2024 - eight small drops each of radius r and having same charge q are combined to form big drop .the ratio betn the potential of the bigger drop and smaller drop is EduRev Class 12 Question is disucussed on EduRev Study Group by …

Eight small drops, each of radius `r` and having same …

WebFeb 27,2024 - eight small drops each of radius r and having same charge q are combined to form big drop .the ratio betn the potential of the bigger drop and smaller drop is EduRev Class 12 Question is disucussed on EduRev Study Group by … WebApr 10, 2024 · Hint: To solve this problem first we need to find the radius of the new big drop, which can be calculated by equating the total volume of 8 drops to the final big drop. Now to calculate potential we need to calculate total charge on the big drop than by applying formula we can calculate potential on big drop. helm chart for postgres

Eight small drops, each of radius r and having same charge q ar.

WebApr 1, 2024 · Eight small drops, each of radius r and having the same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the smaller drop is A. \[8:1\] WebThe ratio of the surface density of charge of each small drop withh that... 64 small drops of mercury each of radius r and charge q coalesce to form a big drop. WebMar 20, 2024 · Ratio between potentials of the bigger drop and samller drop = 8. Step by step: Let the charge on big drop = Q. Redius of big drop = R. Number of small drops = n = 8. Redius of small drop = r. Charge on small drop = q. Now, Charges gets added when multiple drops are combined. Charge on big drop, is the addition of cahrges o smaller … helm chart for elasticsearch

Eight small drops, each of radius r and having same …

WebNov 22, 2024 · A mercury drop of radius 0.1 cm breaks up into 27 small droplets. Calculate the work done assuming that the drops are spherical and S.T. of the mercury is 540 dyne/cm. ... Given: Initial number of drops = n 1 = 8, initial radius of each drop = r 1 = 0.2 cm = 0.2 × 10-3 m = 2 × 10-4 m, Final number of drop = n 2 = 1, Surface tension = T … WebClick here👆to get an answer to your question ️ V 24 V 33 V 4)2 V 35. n drops each of radius' r' and carrying a charge 'q' are combined to form a bigger drop. The ratio of potentials of bigger to that of smaller is TH con d haped ne speed 2 Canectance: 36. A sphere A of radius 5 em contains a charge of 120 nC. It is connected to two other … lakewood recreation center summer campWebFeb 1, 2016 · Let there be #n# small drops each having a charge #q# on it and the radius #r#, #V# be its potential and let the volume of each be denoted by #B#. When these #n# small drops are coalesced there is a new bigger drop formed. Let the radius of the bigger drop be #R#, #Q# be charge on it, #V'# be its potential and its volume be #B'# helm chart for prometheus and grafana

"WebJul 6, 2024 · Eight small drops, each of radius $r$ and having same charge $q$ are combined to form a big drop. The ratio between the potential of the bigger drop and the potential of the smaller drop is The ratio between the potential of the bigger drop and the potential of the smaller drop is " - Eight small drops each of radius r and having

Eight small drops each of radius r and having

WebThe ratio between the potentials of the bigger drop and the smaller drop is (1) 8 : 1 (2) 4 : 1 (3) 2 : 1 (4) 1 : 8 Electrostatic Potential and Capacitance Physics Practice questions, MCQs, Past Year Questions (PYQs), NCERT Questions, Question Bank, Class 11 and Class 12 Questions, NCERT Exemplar Questions and PDF Questions with answers ... WebJul 22, 2024 · Eight small drops, each of radius `r` and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the smaller drop is A. `8:1` B. `4:1` C. `2:1` D. `1:8` class-12; electrostatic-potential; capacitors; Share It On Facebook Twitter Email

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WebEight small drops, each of radius r and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the smaller drop is. Q. 8 charged drops of water each of radius 1mm and having a charge of 10^-10C , combine to form a bigger drop . determine the potential of bigger drop. ... WebQ. Eight small drops, each of radius r and having same charge q are combined to form a big drop. The ratio between the potential of the bigger drop and the potential of the smaller drop is

WebApr 14, 2024 · 27 small drops each having charge $ q $ and radius $ r $ coalesce to form big drop. How many times charge and capacitance will become? 📲PW App Link... WebEight small drops, each of radius $ r $ and having same charge $ q $ are combined to form a big drop. The ratio between the potentials of the bigger drop...

WebJul 13, 2024 · Eight small drops, each of radius `r` and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop an. asked Jul 22, 2024 in Physics by Satishkumar (24.2k points) class-12; electrostatic-potential; capacitors; 0 votes. 1 answer. WebIf ρ is the density of a small drop and r its radius, then the mass of each small drop is m = 4 π 3 r 3 ρ. If n such drops coalesce to form a big drop of radius R, then the mass of the big drop is n m= 4 π 3 R 3 ρ. Now, by conservation of mass: n* 4 π 3 r 3 ρ. = 4 π 3 R 3 ρ. Hence, R= n 1 3 r. Now, the capacitance of a sphere is ...

WebEight small drops each of radius r and having same charge q combines to form a bigger sphere.the ration between the potential of bigger drop to smaller drop is:? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. helm chart for openshiftWebAug 8, 2024 · 1000 small water drops, each of radius r and charge q, coalesce to form a single big drop. The potential of big drop, asked Mar 29, 2024 in Electric Potential by Abhinay (62.9k points) electric potential; class-12; 0 votes. 1 answer. n small drops of the same size of the same size are charged to V volt each. They coalesce to form a big drop. helm chart for jobWeb16 Points. 9 years ago. Let potential f 1 drop = Kq/r =V. Volume of n drops = volume of bigger drop. n 4/3 pi (r)^3 = 4/3 pi (R)^3. Therefore , R = ( (n)^1/3) r. also charge remains conserved. charge on 1 drop = q. charge on big drop containing n drops = (nq) helm chart for nginxWebOct 13, 2024 · Eight small drops, each of radius r and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the smaller drop is 6. 1000 small water drops each of radius r and charge q coalesce together to form one spherical drop. The potential of the big drop is larger than that of the smaller … helm chart fullnameoverrideWebApr 4, 2024 · $\Rightarrow V = \dfrac{4}{3}\pi {r^3} $ where $ V $ is the volume of a sphere, $ r $ is the radius of the sphere. Complete step by step answer One of the 64 small drops has a surface area of $ A = 4\pi {r^2} $ $ r $ is its radius. Now these small drops coalesce into a large drop, the total volume hence must be the same as in $ V = 64 \times ... helm chart for spring bootWebDec 27, 2024 · N spherical droplets , each of radius r have been charged to have a potential V each.If all these droplets were to coalece to form a single large drop what would be the potential of this large drop? (Given taht the capacitance of a sphere of radius x equals 4pie absilon not Kx) lakewood regional medical center caWebNov 8, 2024 · Eight small drops, each of radius `r` and having same charge q are combined to form a big drop. The ratio between the potentials of the bigger drop and the s... lakewood recycling quail