r₁ = <- 0.43 -0.42,07 r₂ = <0, -0.42, os 15,1 = √√0.43 ² + 0.42 ² +0² = 0.6 2 1521 = √0² +0.42² +0 =0-42 ņ= (-0.716, -0.7,07 B = (1×10³)X 7x109x <0,- 30004, 0>X<-0.716,-0.7,07 B=(1×107) x (0.6)² = 4.17×1511 i 0 j K -3×100 -0.716-0.7 <0, 0, 21480> (0.42)2 こ j K -3×104 0 0 -1 √₁₂ = <0, -1,0> -9 -8×10˜³× < -3×10²+,0,0>×<0;-1, 0> =-1.36×10% 20, 0, 300007 Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds [0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively. y P 91 92 a 1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m. B₁ =< 0 0 1.14x10^14 >[T] 2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m. B₂ =<0 0 0 > [T] 3. Find the magnetic field due to charge q₁ at the origin. B₁ =< ,0 >[T] 4. Find the magnetic field due to charge q₂ at the origin. B₂ = <0 Please answer all parts of the question. >[T]
r₁ = <- 0.43 -0.42,07 r₂ = <0, -0.42, os 15,1 = √√0.43 ² + 0.42 ² +0² = 0.6 2 1521 = √0² +0.42² +0 =0-42 ņ= (-0.716, -0.7,07 B = (1×10³)X 7x109x <0,- 30004, 0>X<-0.716,-0.7,07 B=(1×107) x (0.6)² = 4.17×1511 i 0 j K -3×100 -0.716-0.7 <0, 0, 21480> (0.42)2 こ j K -3×104 0 0 -1 √₁₂ = <0, -1,0> -9 -8×10˜³× < -3×10²+,0,0>×<0;-1, 0> =-1.36×10% 20, 0, 300007 Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds [0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively. y P 91 92 a 1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m. B₁ =< 0 0 1.14x10^14 >[T] 2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m. B₂ =<0 0 0 > [T] 3. Find the magnetic field due to charge q₁ at the origin. B₁ =< ,0 >[T] 4. Find the magnetic field due to charge q₂ at the origin. B₂ = <0 Please answer all parts of the question. >[T]
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter19: Electric Forces And Electric Fields
Section: Chapter Questions
Problem 4P
Related questions
Question
Electric and magnetic interactions
am not sure with my answers but please solve
Transcribed Image Text:r₁ = <- 0.43
-0.42,07
r₂ = <0, -0.42, os
15,1 = √√0.43 ² + 0.42 ² +0² = 0.6
2
1521 = √0² +0.42² +0
=0-42
ņ= (-0.716, -0.7,07
B = (1×10³)X
7x109x <0,- 30004, 0>X<-0.716,-0.7,07
B=(1×107) x
(0.6)²
= 4.17×1511
i
0
j
K
-3×100
-0.716-0.7
<0, 0, 21480>
(0.42)2
こ
j
K
-3×104
0
0
-1
√₁₂ = <0, -1,0>
-9
-8×10˜³× < -3×10²+,0,0>×<0;-1, 0>
=-1.36×10%
20, 0,
300007
![Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds
[0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively.
y
P
91
92
a
1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m.
B₁ =< 0
0
1.14x10^14
>[T]
2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m.
B₂ =<0
0
0
> [T]
3. Find the magnetic field due to charge q₁ at the origin.
B₁ =<
,0
>[T]
4. Find the magnetic field due to charge q₂ at the origin.
B₂ = <0
Please answer all parts of the question.
>[T]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6afb8331-dd6f-4f2b-ae54-cad6c8a90ca4%2Fbf11fd99-19b8-418e-af30-d504b082eaa1%2Fwp8leqo_processed.png&w=3840&q=75)
Transcribed Image Text:Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds
[0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively.
y
P
91
92
a
1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m.
B₁ =< 0
0
1.14x10^14
>[T]
2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m.
B₂ =<0
0
0
> [T]
3. Find the magnetic field due to charge q₁ at the origin.
B₁ =<
,0
>[T]
4. Find the magnetic field due to charge q₂ at the origin.
B₂ = <0
Please answer all parts of the question.
>[T]
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