A charge q=+9.04μCq=+9.04μC is placed in the centre of a cube with side length l=2.04 cm.

Sunday, 12 August 2018

6:26 PM

Machine generated alternative text: Question: A charge q = 4-9.04gC is placed in the centre of a cube witn side length I 2.04 cm. 1 • 1 q Figure 1 _ A cube of side length a nas a charge of A-q in its centre. part 1) What is the net electric flux tnrougn the cube? N m2/C part 2) What is the electric flux through the top surface of the cube? N m2/C part 3) Witn the charge still in place, a constant electric field E N m2/C 2.79 x 106 NIC is now set up going up the screen. What is the net electric flux through the entire cube now?

 

Machine generated alternative text: Your answer is partially correct Note: Your answers should be correct to 3 significant figures. Feedback tor Part 1) Gauss's law tells us that the net flux through an enclosed surface is: where qenc is the enclosed charge q in this case. Thus Marks for this submissiom 0.00/0.33. This submission attracted a penalty of 0.11 Feedback tor Part 2) You have correctly answered this part Marks for this submissiom 0.33/0.33. Feedback tor Part 3) You have correctly answered this part Marks for this submissiom 0.33/0.33. A correct answer is 1020000, which can be typed in as follows: 182eaae A correct answer is 170000, which can be typed in as follows: 170eaa A correct answer is 1020000, which can be typed in as follows: 182eaae =fÖ.dA

 

 

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