Midterm 1 June 5, 2023 10. [] A point charge produces an electric flux of 400 Nm²/C through a Gaussian sphere of radius 45.0 cm centred on the charge. What is the flux through a Gaussian sphere with a radius 90 cm that is centred on a charge twice as great? PHYS 1410 (a) 800 Nm²/C (b) 100 Nm²/C (c) 400 Nm²/C (d) 200 Nm²/C (e) 1600 Nm²/C
Midterm 1 June 5, 2023 10. [] A point charge produces an electric flux of 400 Nm²/C through a Gaussian sphere of radius 45.0 cm centred on the charge. What is the flux through a Gaussian sphere with a radius 90 cm that is centred on a charge twice as great? PHYS 1410 (a) 800 Nm²/C (b) 100 Nm²/C (c) 400 Nm²/C (d) 200 Nm²/C (e) 1600 Nm²/C
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Chapter1: Units, Trigonometry. And Vectors
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![Midterm 1
10. [+] A point charge produces an electric flux of 400 Nm²/C through a Gaussian sphere of radius
45.0 cm centred on the charge. What is the flux through a Gaussian sphere with a radius 90 cm
that is centred on a charge twice as great?
PHYS 1410
(a) 800 Nm²/C
(b) 100 Nm²/C
(c) 400 Nm²/C
(d) 200 Nm²/C
(e) 1600 Nm²/C
For the next two questions, refer to Fig. 5.
TA
Region 1
TO
Region 3
Region 2
(conductor)
Figure 5: A solid conductor of radii rA (inner)
and TB (outer).
Colomb's Law
Jass sit mod
June 5, 2023
11. [**] Suppose a charge q is placed at
the origin O, and region 2 (rA <r <TB)
is a solid, neutral conductor. Which of the
following statements is true concerning the
magnitude of the electric field in region 2?
(a) E(r) = kq/r²
(b) E(r) > kq/r²
(c) E(r) < kq/r²
(d) E(r) = 0
(e) Not enough information is given to say
with certainty.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe928aeb4-c950-47ee-9889-fe3bbdcc37a0%2Fb9e29be3-97d0-4e4d-8ccd-da1ecfccc316%2Fcyuwh1m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Midterm 1
10. [+] A point charge produces an electric flux of 400 Nm²/C through a Gaussian sphere of radius
45.0 cm centred on the charge. What is the flux through a Gaussian sphere with a radius 90 cm
that is centred on a charge twice as great?
PHYS 1410
(a) 800 Nm²/C
(b) 100 Nm²/C
(c) 400 Nm²/C
(d) 200 Nm²/C
(e) 1600 Nm²/C
For the next two questions, refer to Fig. 5.
TA
Region 1
TO
Region 3
Region 2
(conductor)
Figure 5: A solid conductor of radii rA (inner)
and TB (outer).
Colomb's Law
Jass sit mod
June 5, 2023
11. [**] Suppose a charge q is placed at
the origin O, and region 2 (rA <r <TB)
is a solid, neutral conductor. Which of the
following statements is true concerning the
magnitude of the electric field in region 2?
(a) E(r) = kq/r²
(b) E(r) > kq/r²
(c) E(r) < kq/r²
(d) E(r) = 0
(e) Not enough information is given to say
with certainty.
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