Two uniformly charged rods, rod 1 and rod 2, are placed as in the figure. Both rods are 10 cm long. The charge of rod 1 is Q₁ = 50 nC and the charge of rod 2 is Q₂ = -50 nC. Location A is at a distance of r= 80 cm from both charged rods. Rod 1 1. field E₁ E₁ = Find the magnitude of the electric Cated by Rod 1 at point A. [N/C] 2. field E₁ created by Rod 1 at point A. Direction: What is the direction of the electric Rod 2 3. Write the expression of the electric filed E₁ created by Rod 1 at point A. E₁ =< 4. field E₂ created by Rod 2 at point A. E₂ = [N/C] Find the magnitude of the electric [N/C] 5. field E₂ created by Rod 2 at point A. Direction: What is the direction of the electric 6 Write the expression of the electric filed E₂ created by Rod 2 at point A.
Two uniformly charged rods, rod 1 and rod 2, are placed as in the figure. Both rods are 10 cm long. The charge of rod 1 is Q₁ = 50 nC and the charge of rod 2 is Q₂ = -50 nC. Location A is at a distance of r= 80 cm from both charged rods. Rod 1 1. field E₁ E₁ = Find the magnitude of the electric Cated by Rod 1 at point A. [N/C] 2. field E₁ created by Rod 1 at point A. Direction: What is the direction of the electric Rod 2 3. Write the expression of the electric filed E₁ created by Rod 1 at point A. E₁ =< 4. field E₂ created by Rod 2 at point A. E₂ = [N/C] Find the magnitude of the electric [N/C] 5. field E₂ created by Rod 2 at point A. Direction: What is the direction of the electric 6 Write the expression of the electric filed E₂ created by Rod 2 at point A.
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![Two uniformly charged rods, rod 1 and
rod 2, are placed as in the figure. Both rods are 10
cm long. The charge of rod 1 is Q₁ = 50 nC and
the charge of rod 2 is Q₂ = -50 nC. Location A is
at a distance of r= 80 cm from both charged rods.
Rod 1
1.
field E₁
E₁ =
2.
field E₁ created by Rod 1 at point A.
Direction:
+
4.
field E2
E₂ =
Find the magnitude of the electric
Cated by Rod 1 at point A.
[N/C]
3.
filed E₁ created by Rod 1 at point A.
Ē₁ =<
What is the direction of the electric
Rod 2
Write the expression of the electric
= <
[N/C]
5.
field E2 created by Rod 2 at point A.
Direction:
[N/C]
Find the magnitude of the electric
created by Rod 2 at point A.
[N/C]
What is the direction of the electric
6
Write the expression of the electric
filed E₂ created by Rod 2 at point A.
Ē₂ =<
[N/C]
7.
If vector E₁ =< 142, 253, -647 > [N/C]
and vector Ē₂ =< -358, -825, 548 > [N/C]. Find
the net electric filed Enet at point A.
Ēnet
>[N/C]
8.
If a charge q = 14 nC is placed at
location A, what would be the force on this
charge? Use the answer of question 7.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fea07f344-6e7a-41b1-8de1-c70ba2368edc%2F276571e0-ffa1-40c5-a448-1f621a1ae96c%2F6jksr4g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two uniformly charged rods, rod 1 and
rod 2, are placed as in the figure. Both rods are 10
cm long. The charge of rod 1 is Q₁ = 50 nC and
the charge of rod 2 is Q₂ = -50 nC. Location A is
at a distance of r= 80 cm from both charged rods.
Rod 1
1.
field E₁
E₁ =
2.
field E₁ created by Rod 1 at point A.
Direction:
+
4.
field E2
E₂ =
Find the magnitude of the electric
Cated by Rod 1 at point A.
[N/C]
3.
filed E₁ created by Rod 1 at point A.
Ē₁ =<
What is the direction of the electric
Rod 2
Write the expression of the electric
= <
[N/C]
5.
field E2 created by Rod 2 at point A.
Direction:
[N/C]
Find the magnitude of the electric
created by Rod 2 at point A.
[N/C]
What is the direction of the electric
6
Write the expression of the electric
filed E₂ created by Rod 2 at point A.
Ē₂ =<
[N/C]
7.
If vector E₁ =< 142, 253, -647 > [N/C]
and vector Ē₂ =< -358, -825, 548 > [N/C]. Find
the net electric filed Enet at point A.
Ēnet
>[N/C]
8.
If a charge q = 14 nC is placed at
location A, what would be the force on this
charge? Use the answer of question 7.
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