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ostrate the validity of Eq. (3-46). Work out P() for the.case when the ing field is...
Problem 3.25 A vector field is given in cylindrical coordinates by Point P(2, T,3) is located on ...
Please help me. i didnt understand those formulas. can you
please explain them. thanks.
Problem 3.25 A vector field is given in cylindrical coordinates by Point P(2, T,3) is located on the surface of the cylinder described by r-2. At point P find (a) the vector component of E perpendicular to the cylinder, (b) the vector component of E tangential to the cylinder. Can anyone please tell me where does these formulas come from and also is there any formulas...
(2) Find the work needed to move a 6 nC charge from point P(2-23) for 2...
(2) Find the work needed to move a 6 nC charge from point P(2-23) for 2 μm along the unit vectors (i)퀴帰川k Given the electric field in the systemis E-5 (8xyzi + 4x":ノー4xzyk ) Vim. I+ラ/tラK (ii)줘悖川k vectors (i) and and (3) Let the electric potential field be V-100 r cos φ volt. Find E and at P(r-3 m, ф 60°, z-2 m)
3. According to the textbook (p. 115). the electron transfer reaction rate between [Co(NH3)]** and (Co(NH3).]?(eq....
3. According to the textbook (p. 115). the electron transfer reaction rate between [Co(NH3)]** and (Co(NH3).]?(eq. 5.41) is extremely slow whereas that between [Fe(CN).74 and [Fe(CN).]" (eq. 5.42) is very fast. By using the established facts in the box in answering the following questions. 1. According to the molecular orbital theory, the eg orbitals of an MLO octahedral complex are, in fact, M-L anti-bonding orbitals and the tza orbitals are non-bonding orbitals. 2. According to the spectrochemical series, CN is...
1. Find the electric Field E at P Vs. Time 2. Find the potential at P,...
1. Find the electric Field E at P Vs. Time
2. Find the potential at P, V(t), given that the potential at the
right hand plate is fixed at 0
3. Find the magnetic field B(t) at P
4. Find the total field enery between the plate U(t)
Please help me, especially for 3 problem that i upload.
Problem 1: Gauss's Law A circular capacitor of spacing d and radius R is in a circuit carrying the steady current i...
In the figure a uniform electric field is directed out of the page within a circular...
In the figure a uniform electric field is directed out of the page within a circular region of radius R = 2.50 cm. The magnitude of the electric field is given by E = (4.00 x 10-3 V/m.st, where t is in seconds. What is the magnitude of the magnetic field that is induced at radial distances (a)1.50 cm and (b) 5.00 cm? (a) number (b) Number of units units t o Click if you would like to Show Work...
GIVEN: Ω isthe portion of the surface of the sphere centered at the origin of radius 3 above 1.2 1(xy, z) the plane, z-2: Ω: the field F = (x, x,x). a) FIND the flux of VrF through Ω in the given...
GIVEN: Ω isthe portion of the surface of the sphere centered at the origin of radius 3 above 1.2 1(xy, z) the plane, z-2: Ω: the field F = (x, x,x). a) FIND the flux of VrF through Ω in the given direction: n has positive 2-component. HINT: (radius a)on Q:(spherical coordinates) b) Parameterize the path,c-a2, (r,g,z)asin g dode with orientation to agree with the given n for Ω ANS: (a) 5 c) With positive orientation,an -e DETERMINE: F.ds ANS:...
3. A square-shape(^''double loop^'' structure of side u as shown in Fig. 3 is made out...
3. A square-shape(^''double loop^'' structure of side u as shown in Fig. 3 is made out of conducting wire with resistance per unit length equal to R0. This wire structure is in plane perpendicular to the uniform external magnetic field B as displayed schematically in the figure. The non-zero component of that external field changes with time t as B(t) = B0 + alpha cos (omega t), where B0, alpha and omega are given time-independent constants. What power P is...
D4. 1. Given the electric field E-= 8xyza, +4rza,-4x2ya:)V/m.find the differential amount of work...
D4. 1. Given the electric field E-= 8xyza, +4rza,-4x2ya:)V/m.find the differential amount of work done in moving a⑥nC charge a distance of 2 um, starting at P(2.-2, 3) and proceeding in the direction az (a)-a,+ Ans.-149.3 fl: 149.3 f1: 0
D4. 1. Given the electric field E-= 8xyza, +4rza,-4x2ya:)V/m.find the differential amount of work done in moving a⑥nC charge a distance of 2 um, starting at P(2.-2, 3) and proceeding in the direction az (a)-a,+ Ans.-149.3 fl: 149.3 f1: 0
3. When using a reference constituted by the principal axes of a birefringent crystal, the electric field component...
3. When using a reference constituted by the principal axes of a birefringent crystal, the electric field components of a plane wave (E. E E) = E(7,1)= Ë, e(k.F - ct) propagating in the direction (siny, 0, cosu), satisfy the following set of equations, 2 -Cos') E Sin'P CosY E 0 wave.k 21 -1) E = 0 wave & 2 ne Sin y) E, 0 SINY Cos'Y E + n where is the angle between the wave-vector k and the...
PRINTS TO P a Peane out the tolowing form When fnished, dick Submit Form to netun...
PRINTS TO P a Peane out the tolowing form When fnished, dick Submit Form to netun the completed form. You can save data typed into Highlight Existing Fields ubmit form For the next four questions (questions 7-10) what is/are the critical value(s) 7. Ho : ,12150 , n-30 and α 0.01 10. H. :us150 . n-24 and α . 005 Bonus Question: What is/are the critical value(s) H, : σ 15, n-10 and α . 0 01 (Critical values are...
Please help me. i didnt understand those formulas. can you
please explain them. thanks.
Problem 3.25 A vector field is given in cylindrical coordinates by Point P(2, T,3) is located on the surface of the cylinder described by r-2. At point P find (a) the vector component of E perpendicular to the cylinder, (b) the vector component of E tangential to the cylinder. Can anyone please tell me where does these formulas come from and also is there any formulas...
(2) Find the work needed to move a 6 nC charge from point P(2-23) for 2 μm along the unit vectors (i)퀴帰川k Given the electric field in the systemis E-5 (8xyzi + 4x":ノー4xzyk ) Vim. I+ラ/tラK (ii)줘悖川k vectors (i) and and (3) Let the electric potential field be V-100 r cos φ volt. Find E and at P(r-3 m, ф 60°, z-2 m)
3. According to the textbook (p. 115). the electron transfer reaction rate between [Co(NH3)]** and (Co(NH3).]?(eq. 5.41) is extremely slow whereas that between [Fe(CN).74 and [Fe(CN).]" (eq. 5.42) is very fast. By using the established facts in the box in answering the following questions. 1. According to the molecular orbital theory, the eg orbitals of an MLO octahedral complex are, in fact, M-L anti-bonding orbitals and the tza orbitals are non-bonding orbitals. 2. According to the spectrochemical series, CN is...
1. Find the electric Field E at P Vs. Time
2. Find the potential at P, V(t), given that the potential at the
right hand plate is fixed at 0
3. Find the magnetic field B(t) at P
4. Find the total field enery between the plate U(t)
Please help me, especially for 3 problem that i upload.
Problem 1: Gauss's Law A circular capacitor of spacing d and radius R is in a circuit carrying the steady current i...
In the figure a uniform electric field is directed out of the page within a circular region of radius R = 2.50 cm. The magnitude of the electric field is given by E = (4.00 x 10-3 V/m.st, where t is in seconds. What is the magnitude of the magnetic field that is induced at radial distances (a)1.50 cm and (b) 5.00 cm? (a) number (b) Number of units units t o Click if you would like to Show Work...
GIVEN: Ω isthe portion of the surface of the sphere centered at the origin of radius 3 above 1.2 1(xy, z) the plane, z-2: Ω: the field F = (x, x,x). a) FIND the flux of VrF through Ω in the given direction: n has positive 2-component. HINT: (radius a)on Q:(spherical coordinates) b) Parameterize the path,c-a2, (r,g,z)asin g dode with orientation to agree with the given n for Ω ANS: (a) 5 c) With positive orientation,an -e DETERMINE: F.ds ANS:...
3. A square-shape(^''double loop^'' structure of side u as shown in Fig. 3 is made out of conducting wire with resistance per unit length equal to R0. This wire structure is in plane perpendicular to the uniform external magnetic field B as displayed schematically in the figure. The non-zero component of that external field changes with time t as B(t) = B0 + alpha cos (omega t), where B0, alpha and omega are given time-independent constants. What power P is...
D4. 1. Given the electric field E-= 8xyza, +4rza,-4x2ya:)V/m.find the differential amount of work done in moving a⑥nC charge a distance of 2 um, starting at P(2.-2, 3) and proceeding in the direction az (a)-a,+ Ans.-149.3 fl: 149.3 f1: 0
D4. 1. Given the electric field E-= 8xyza, +4rza,-4x2ya:)V/m.find the differential amount of work done in moving a⑥nC charge a distance of 2 um, starting at P(2.-2, 3) and proceeding in the direction az (a)-a,+ Ans.-149.3 fl: 149.3 f1: 0
3. When using a reference constituted by the principal axes of a birefringent crystal, the electric field components of a plane wave (E. E E) = E(7,1)= Ë, e(k.F - ct) propagating in the direction (siny, 0, cosu), satisfy the following set of equations, 2 -Cos') E Sin'P CosY E 0 wave.k 21 -1) E = 0 wave & 2 ne Sin y) E, 0 SINY Cos'Y E + n where is the angle between the wave-vector k and the...
PRINTS TO P a Peane out the tolowing form When fnished, dick Submit Form to netun the completed form. You can save data typed into Highlight Existing Fields ubmit form For the next four questions (questions 7-10) what is/are the critical value(s) 7. Ho : ,12150 , n-30 and α 0.01 10. H. :us150 . n-24 and α . 005 Bonus Question: What is/are the critical value(s) H, : σ 15, n-10 and α . 0 01 (Critical values are...
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