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3.50 nC of charge is consistently distributed in a solid Styrofoam ball of radius 2.00 cm cantered at x = 2.00 cm on the x-axis of a Cartesian coordinate system. -1.25 nC of charge is consistently distributed on a fibreglass spherical shell of radius 5.00 cm cantered on the source of the same coordinate system. What is the value of the electric flux by an imaginary spherical shell of radius 6.00 cm cantered on the source of the coordinate system in question?
In a pulley system the eqn for length of inextensible string is y plus sq. root of x^2+h^2=constant ? how to differentiate y plus sq. root of x^2+h^2=constant to get vel & accn rel
An oil pump is drawing 25 kW of electric power while pumping oil with ρ = 860 kg/m 3 at a rate of 0.1 m 3 /s. The inlet and outlet diameters of the pipe are 8 cm and 12 cm, respec
Ergosphere The region about a rotating black hole, among the event horizon & the static limit, where rotational energy can be extracted through black hole.
Question Put the different types of light in order from lowest frequency to highest frequency. Feedback: These are all instances of electromagnetic radiation. Elect
Explain briefly, with the help of circuit diagram, how V - I characteristics of a p-n junction diode are obtained ii (i) forward bias, and (ii) reverse bias. Illustrate th
Illustrates term refractive index in optical fibres? Refractive Index: Optical fibres consist of two layers which are core and cladding with various refractive indices. T
define like and unlike parallel forces with examples
Materials are an essential part of an engineering study. An engineer requires materials to provide shape to his concept and design. Selection of the right material job in the first
I need help with the Fb = F2-F1 formula that used in buoyant force
Gravitational Field inside a Spherical Shell In this problem we prove that the gravitational field inside a thin spherical shell of finitemass is zero. By extension, the field
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