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- A horizontal infinite plane of charge has a uniform surface charge density of 90 nC/m². Consider a spherical Gaussian surface with a radius of 4.0 cm that is centered on this plane. What is the flux of the electric field over the upper half of this sphere (in Nm2/C)? (0-8.85x10-12 c2/Nm²) 51 23 26 205 0 17Q.9 i) In a physics lab, there is burning smell from the circuit.a) What could be the reason for the burning smell? b) If any of the circuit components are damaged and has to be replaced, what is the besttechnique for this. Define this technique. ii) a) Standard potential energy ‘E’ of a voltaic cell is 1.10V, calculate the potentialenergy at the cathode plate if the potential energy at anode plate is – 0.763V.b) Write any two advantage of a temperature measuring device with mercury.2. A cube of side 8.50 cm is placed in a uniform field E = 7.5 x 103 N/C with edges parallel to the field lines. (a) What is the net flux through the cube? (b) What is the flux through each of its six faces? 2
- 2. A uniform electric field ai + bj intersects a surface of area A. What is the flux through this area if the surface lies in the yz plane1. If a Gaussian sphere encloses no charge, does it follow that E = 0 on the surface of the Gaussian sphere? Justify your answer with 1–2 sentences. 2. Charge is uniformly distributed on the surface of a non-conducting spherical shell. The sphere is then dented. Is the electric field inside of the shell different after it is dented? Justify your answer with 1–2 sentences.A charge is initially surrounded by a cubic Gaussian surface whose volume is d³. The cubic surface is replaced by a spherical surface of radius d/2. The net flux of the spherical surface is none of the above. equal to the net flux through the cube. greater than the net flux through the cube. less than the net flux through the cube.