{[ promptMessage ]}

Bookmark it

{[ promptMessage ]}

PHY303L Homework%2011

# PHY303L Homework%2011 - homework 11 FAUSAK TAYLOR Due Apr 7...

This preview shows pages 1–2. Sign up to view the full content.

homework 11 – FAUSAK, TAYLOR – Due: Apr 7 2008, 4:00 am 1 Question 1, chap 33, sect 1. part 1 of 6 10 points Which of Maxwell’s equations can be used, along with a symmetry argument, to calculate the electric field of a point charge? 1. contintegraldisplay vector E · d vectors = Q ǫ 0 2. contintegraldisplay vector E · d vector A = Q ǫ 0 3. contintegraldisplay vector B · d vector A = μ 0 ǫ 0 Φ E ∂t 4. contintegraldisplay vector B · d vector A = Q ǫ 0 5. contintegraldisplay vector B · d vectors = 0 6. contintegraldisplay vector B · d vector A = 0 7. contintegraldisplay vector B · d vectors = μ 0 I + μ 0 ǫ 0 Φ E ∂t 8. contintegraldisplay vector B · d vector A = μ 0 I 9. contintegraldisplay vector E · d vector A = - Φ B ∂t 10. contintegraldisplay vector E · d vectors = - Φ B ∂t Question 2, chap 33, sect 1. part 2 of 6 10 points Which of Maxwell’s equations can be used, along with a symmetry argument, to calcu- late the magnetic field produced by a uniform time-varying electric field? 1. contintegraldisplay vector B · d vectors = 0 2. contintegraldisplay vector E · d vectors = Q ǫ 0 3. contintegraldisplay vector B · d vector A = μ 0 ǫ 0 Φ E ∂t 4. contintegraldisplay vector B · d vector A = 0 5. contintegraldisplay vector B · d vector A = μ 0 I 6. contintegraldisplay vector E · d vectors = - Φ B ∂t 7. contintegraldisplay vector E · d vector A = - Φ B ∂t 8. contintegraldisplay vector B · d vectors = μ 0 I + μ 0 ǫ 0 Φ E ∂t 9. contintegraldisplay vector B · d vector A = Q ǫ 0 10. contintegraldisplay vector E · d vector A = Q ǫ 0 Question 3, chap 33, sect 1. part 3 of 6 10 points Which of Maxwell’s equations can be used, along with a symmetry argument, to calculate that magnetic field lines form closed loops? 1. contintegraldisplay vector B · d vector A = μ 0 ǫ 0 Φ E ∂t 2. contintegraldisplay vector E · d vectors = - Φ B ∂t 3. contintegraldisplay vector B · d vector A = Q ǫ 0 4.

This preview has intentionally blurred sections. Sign up to view the full version.

View Full Document
This is the end of the preview. Sign up to access the rest of the document.

{[ snackBarMessage ]}

### Page1 / 5

PHY303L Homework%2011 - homework 11 FAUSAK TAYLOR Due Apr 7...

This preview shows document pages 1 - 2. Sign up to view the full document.

View Full Document
Ask a homework question - tutors are online