Engineering Find the electric field intensity due to a point, line, and plane

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The discussion focuses on calculating the electric field intensity due to different charge distributions, specifically a point charge, line charge, and plane charge. The user presents their calculation for E2 and seeks confirmation on its accuracy, stating it as E2=2*10^-9*(1/√2ŷ+1/√2ž)/(2πεo√2). There is a clarification regarding the notation, confirming that d^ represents a unit vector. The conversation emphasizes the importance of correct vector representation in electric field calculations. Overall, the thread highlights the need for peer validation in physics problem-solving.
falyusuf
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Homework Statement
Attached below.
Relevant Equations
Attached below.
Question:
1637713795779.png

My attempt:
1637713833937.png

1637713851937.png
Could someone please confirm my answer?
 
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In my opinion E2=2*10^-9*(1/√2ŷ+1/√2ž)/(2πεo√2).
Otherwise everything is correct
 
Babadag said:
In my opinion E2=2*10^-9*(1/√2ŷ+1/√2ž)/(2πεo√2).
Otherwise everything is correct
So d^ is a unit vector, right?
 
Yes
 

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