In a certain region of space the electric potential can be described by the equation

Sunday, 26 August 2018

1:11 AM

Machine generated alternative text: Question: In a certain region of space the electric potential can be described by the equation Note: the V after the expression is the units, volts. part 1) yz What is the change in potential energy of a system when moving an electron trom 2.79i + 4.77 j + 9.83k m to 3.07i + 10.97j + 14.74k m in this potentiaP part 2) Write an expression to describe the electric tield in the x direction, Ex, in this region of space. Vim part 3) What is the electric field at 2.79i + 4.77j + Check

 

Machine generated alternative text: Feedback tor Part 1) The change in the potential is AU Just multiply these together. qAV. In this case, the charge is q = e — -1.602 x 10-19, the change in potential can be calculated: 5.90x3.07 10.97x217.42 Marks for this submissiom 0.00/0.33. This submission attracted a penalty of 0.11 Feedback tor Part 2) The electric field in the direction is related to the voltage through: Marks for this submissiom 0.00/0.33. This submission attracted a penalty of 0.11 Feedback tor Part 3) You have incorrectly entered the first component You have incorrectly entered the second component You have incorrectly entered the third component The electric field in each direction is given by: Substitute the values x = 2.79 m, y = 4.77 m and z = 9.83 m into these expressions. Marks for this submissiom 0.00/0.33. This submission attracted a penalty of 0.11 A correct answer is 4.51e — 21, which can be typed in as follows: 4.512-21 A correct answer — , which can be typed in as follows: -5.9/ (y•zA2) A correct answer —0.0128, which can be typed in as follows: -e.e128 A correct answer is 0.00749, which can be typed in as follows e. 08749 A correct answer is 0.00727, which can be typed in as follows e. oe727 3(5.90 5.90x2.79 4.77x96.6 • -5.90 yz2 5.90 yz2 5.90x Y2z 2X5.90x yz3

 

 

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