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2. What happens then, if we had a collection of n equally and positive charges? Write down the definition of what an electric field would be for n equally distant charges. What can we say about the difference between discrete and continuous charges? What are the different types of uniform charge distributions? to q 9 93 Determine the net electric field on q given equally placed charges as shown by writing the expression in terms of vector components for some distance between each charge rı = r3 and r2 respectively.. Where is the electric field point?

2. What happens then, if we had a collection of n equally and positive charges? Write down the definition of what an electric field would be for n equally distant charges. What can we say about the difference between discrete and continuous charges? What are the different types of uniform charge distributions? to q 9 93 Determine the net electric field on q given equally placed charges as shown by writing the expression in terms of vector components for some distance between each charge rı = r3 and r2 respectively.. Where is the electric field point?

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en positive and negative charges. Now, suppose that we have two equally charged particles q1 and q2 situated on a plane at (1,1) and (2,2) as such, Determine the forces between each charge. Draw a Free body diagram up to scale, and include all components. 2. What happens then, if we had a collection of n equally and positive charges? Write down the definition of what an electric field would be for n equally distant charges. What can we say about the difference between discrete and continuous charges? What are the different types of uniform charge distributions? 92 93 Determine the net electric field on q given equally placed charges as shown by writing the expression in terms of vector components for some distance between each charge rı r3 and r2 respectively.. Where is the electric field point? 3. Since we have written down the three different types of uniform charge distributions, write down how we would solve problems involving (a) A rod of length L (b) A ring of radius R (c) A disk of radius R
Transcribed Image Text:en positive and negative charges. Now, suppose that we have two equally charged particles q1 and q2 situated on a plane at (1,1) and (2,2) as such, Determine the forces between each charge. Draw a Free body diagram up to scale, and include all components. 2. What happens then, if we had a collection of n equally and positive charges? Write down the definition of what an electric field would be for n equally distant charges. What can we say about the difference between discrete and continuous charges? What are the different types of uniform charge distributions? 92 93 Determine the net electric field on q given equally placed charges as shown by writing the expression in terms of vector components for some distance between each charge rı r3 and r2 respectively.. Where is the electric field point? 3. Since we have written down the three different types of uniform charge distributions, write down how we would solve problems involving (a) A rod of length L (b) A ring of radius R (c) A disk of radius R
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