magniner up to aeast itse signiteanee digts Fig.1 Fig. 2 Say yau have an inifinite sheet lying an the yz plane. A paint a is lecated at (-12, 7, -5). This is shown in figure (Fig. 1). and (Fig 2). Note that both figure represent the same thing in 30 (Fig. 1) or in 20 (Fig. 2). Anc in 20 dlegram the Y exis represents the Infinite sheet. Note : All coordinates in this problem are in centi meters. a) Find the magntude of the electric field due to the shoet at p if the charge density of the sheet is o 28 aC/m. magnitude of the electric feld Gie your arawa to at leaat thee sigrifeare dige N/C *Py 2R K 2R Fig. 3 b) Say we plece a spherical shell of radius R = 6 cm at point p: (5, 11, -12). We get electric field of magnitude F - 48 x 10 N/C ot point pa (17, 11, -7) due to only the shell (Fig. 3). Find the magnitude of total cherge on the surfece af the shell of total charge (absolute value) Give your an c) Considering the total cherge on the shell to be negative find the magnitude of the net C-field st point p1 (5, 23, -12) magnitude of net E-field at Gw s aw teal lene three rigrileare digis pont N/C d) If we choose a spherical Gaussian surface of rodius R/2 at point p then what would be the net flux through it? Briefly explain your answer. This is a nor-numerical question and you have to answer it accordingly in yaur PDF|
magniner up to aeast itse signiteanee digts Fig.1 Fig. 2 Say yau have an inifinite sheet lying an the yz plane. A paint a is lecated at (-12, 7, -5). This is shown in figure (Fig. 1). and (Fig 2). Note that both figure represent the same thing in 30 (Fig. 1) or in 20 (Fig. 2). Anc in 20 dlegram the Y exis represents the Infinite sheet. Note : All coordinates in this problem are in centi meters. a) Find the magntude of the electric field due to the shoet at p if the charge density of the sheet is o 28 aC/m. magnitude of the electric feld Gie your arawa to at leaat thee sigrifeare dige N/C *Py 2R K 2R Fig. 3 b) Say we plece a spherical shell of radius R = 6 cm at point p: (5, 11, -12). We get electric field of magnitude F - 48 x 10 N/C ot point pa (17, 11, -7) due to only the shell (Fig. 3). Find the magnitude of total cherge on the surfece af the shell of total charge (absolute value) Give your an c) Considering the total cherge on the shell to be negative find the magnitude of the net C-field st point p1 (5, 23, -12) magnitude of net E-field at Gw s aw teal lene three rigrileare digis pont N/C d) If we choose a spherical Gaussian surface of rodius R/2 at point p then what would be the net flux through it? Briefly explain your answer. This is a nor-numerical question and you have to answer it accordingly in yaur PDF|
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Question
Solve only c and d
Transcribed Image Text:Use the following constants If necessary. Coulomb constant, k- 8.987 x 10° N. m/c vacuum permitivity,
En = 8.851 x 10 F/m. Magnetic Permeability of vacuum, An = 12.566370614356 x 10 *H/m. Magnitude of the Charge
of one electron, e - -1.60217662 x 10 "C. Mass of one electron, m. - 9.10938356 x 10 4 kg. Unless specified
atherwise, each symbol carries their usual mearing. Far example, C means icro clorrel
Fig-1
Fig. 2
Say yau have an infinite sheet lying an the yz plane. A paint a is lecated at (-12, 7, -5). This is shown in figure (Fig. 1). and (Fig.
2). Note that both figure represent the same thing in 30 (Fig. 1) or in 20 (Fig. 2). And in 20 dlagram the Y axla repressents the Infinite
sheet.
Note: All coordinates in this problem are in centi meters.
a) Find the magnitude of the cloctric field due to the shoet at Pi if the charge density of the sheet is a
28 aC/m?,
magnitude of the electric fieid
Give your arowe up te at leaat thre signifcanee digisa
N/C
2R
K
2R
Fig. 3
b) Say we place a spherical shell of radius R = 6 cm at point p2 (5, 11, –12). We get electric field of magnitude
Fale! = 18 x 10N/C at polnt pa (17,11, –7) due to only the shell (Flg. 31. Find the magnitude of total charge on the surface
af the shell.
magnitude of total charge (absolute value)
Give your anower up to at least three significance digita.
c) Considering the total charge on the shell to be negative find the magnitude of the net E-field at point p (5, 23, -12)
magnitutte of net F-field at point p4
Ge your arawer ụp te al leasl three rigrilcance digis
N/C
d) If we choose a spherical Gausslan surface of radius R/2 at polnt p then what would be the net flux through it? Briefly explain
your answer. [This is a non-numerical question and you have to answer it accordingly in yaur PDF|
N
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