Ex-62 electrostatic potential and capacitance: a network of four 10uf capacitors is connected to a 5

A network of four capacitors each of 10μF capacitance is connected to a 500V supply as shown in the figure. Determine (a) equivalent capacitance of the network and (b) charge on each capacitor.
#network-four-capacitors-each-of-12f-capacitance-connected-500v-supply-shown-the-figure

12th electric charges and field numericals

very short 12th electric charges and field from sl arora

11th motion in a plane numericals

sl arora physics class 11,
sl arora physics class 12,
sl arora physics class 11 pdf,
sl arora,
sl arora physics class 12 pdf,
sl arora vs hc verma,
sl arora physics class 12 chapter 1 solution,
sl arora book review,
sl arora physics class 11 review,
sl arora physics 12 review,
sl arora physics class 11 solutions,
sl arora physics class 12 book review,
sl arora physics class 12 pdf download,
sl arora physics class 12 chapter 1 numericals,
electrostatic numericals,
all numericals,
9th numericals,
9th motion numericals,
9th motion numericals from vidya ,
9th motion numericals from ncert ,
ncert numericals from motion 9th,
vidya science physics numericals ,
vidya physics ,
vidya book solution,
science vidya numericals of physics,
how to solve physics numericals

class 10 physics chapter 1 numericals

physics class 12 chapter 1 numericals

class 9 physics chapter 1 numericals

how to solve numericals in physics

physics class 9 chapter 1 numericals

physics class 10 chapter 1 numericals

vectors physics class 11th numericals

physics numericals class 10

physics numericals class 9

[shreyamishra]

By the mistake sir u took 4uF instead of 10.. & thank u for ur fantastic explanation.. 😊

[manasdebta]

I don't understand why you have taken 4 microfarad for 4th capacitor . It should be 10 microfarad .