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1 Possible E-Fields Ei = b(6xÊN + 4zxỹ – 3yxî) E2 = d(2yê + 4xyỹ +...
A set function, λ on S by λ((a, b) F(b)--F(a) and λ(0) 1. Show that if Eİ, E2 E S then Ei n E2 ES...
a set function, λ on S by λ((a, b) F(b)--F(a) and λ(0) 1. Show that if Eİ, E2 E S then Ei n E2 ES and Ei ~ E2 is a finite disjoint union of 0. sets in S 2. Show that the o-algebra generated by S is the Borel o-algebra on R. 3. Show that if E and Ea are disjoint sets in S and A U S, then (A) A(E)+A(B2). 4, Show that if E. .. ova natn...
Please, Solve it as soon as possible 4.) (57 pts) Below you've been given three (3)...
Please, Solve it as soon as possible
4.) (57 pts) Below you've been given three (3) possible electrostatic E-fields (where y is a constant having appropriate units, and x/y/z are the Cartesian unit vectors): possible electrostatic E-field 1: E1 = y((2x+5)x + zy + (y-1);) possible electrostatic E-field 2: E2 = y(2xx - (x-3)y + yz) possible electrostatic E-field 3: Ez = y(7xx - 8yy + 9zz) [7 pts each] For each of the possible electrostatic E-fields given, prove whether...
(Chapter 21 Exercise 21.44 7 of 10 Calculate the electric flelds Ei and E2 at point...
(Chapter 21 Exercise 21.44 7 of 10 Calculate the electric flelds Ei and E2 at point P due to the charges q and ga. Express your results in terms of unit vectors (see example 21.6 in the textbook). Constants Point charge qu -5.00 nC is at the origin and point charge g2 +3.00nC is on the z -axis at z 3.00cm. Point P is on the y-axis at y 4.00cm. Express your answer in terms of the unit vectors i,...
Question 2 For the following vector fields F determine whether or not they are conservative. For ...
Only the Matlab part !!!
Question 2 For the following vector fields F determine whether or not they are conservative. For the conservative vector fields, construct a potential field f (i.e. a scalar field f with Vf - F) (a) F(z, y)(ryy,) (b) F(z, y)-(e-y, y-z) (c) F(r, y,z) (ry.y -2, 22-) (d) F(x, y, z)=(-, sin(zz),2, y-rsin(x:) Provide both your "by hand" calculations alongside the MATLAB output to show your tests for the whether they are conservative, and to...
4) (30 pts) E-Fields in Matter: An infinite sheet of material (in the x-y plane) with...
4) (30 pts) E-Fields in Matter: An infinite sheet of material (in the x-y plane) with an applied charge distribution as a function of z- location. The volumetric distribution is: p = az- you must first determine if this charge is free or bound and then solve. Infinite in the x-y plane, center of plane is located at z=0 Assume V=0 at the points defined as #zo Material 1: Xe1, E1, Xmulli z= th — Material 2: Xe2, E2, X...
14. Which mechanism is responsible for glucuronidation? a. Ei b. SN c. E2 d. SN2 e....
14. Which mechanism is responsible for glucuronidation? a. Ei b. SN c. E2 d. SN2 e. None of the above 15. Mathematically what is the Kow? 16. What does the Kow tell about a compound? 17. What cofactor is required for methyltransferase? a. Glucuronic acid b. S-Adenosyl methionine c. Acetic acid d. Sulfate e. Acetyl COA 18. When is radiation possibly good for us (one of two possible)? 19. Why would gel electrophoresis cell analysis be important in toxin research?...
An algorithm to show all possible points of starting points and possible destinations write at an...
an algorithm to show all possible points of starting points and possible destinations write at any given time. If you have as input the set of all direct paths. Your algorithm must be very detailed. 1. For example: Diagram A, the direct paths include the following. Z to X, Z to Y, Y to Z, Yt。W, X to W, X to V, A to B, B to A. A to C C to A, C to D. Diagram 1
an...
HIP4 Due Wednesday 29. ApriL2015 Because we had so much fun determining E-fields by integration, we...
HIP4 Due Wednesday 29. ApriL2015 Because we had so much fun determining E-fields by integration, we will do another integration herem ? this time for the potential. You will recognize that for potentials you do not need to take care of vector components. Yes, I hope you will like potentials. Make sure you take time to set up the integral nicely. And yes, evaluating the integral using a little Vpython program is always a good enhancement .. and there is...
(1) Integrate f(x, y,z)+Vy - z2 over the straight line segment path from (0,0,0) to (1,1,1) (2) Consider the field F (2xyz+2,x2z, x2y), (a) (b) (c) Show that the field is conservative. Find a pot...
(1) Integrate f(x, y,z)+Vy - z2 over the straight line segment path from (0,0,0) to (1,1,1) (2) Consider the field F (2xyz+2,x2z, x2y), (a) (b) (c) Show that the field is conservative. Find a potential function for the field. Find the work the field does on an object that follows the path consisting of the line segment from (0,0,0) to (1,2,2), followed by the line segment from (1,2,2) to (2,4,3) Find the work done by the field ß-(x, 3y,-5z) along...
A rectangular waveguide is oriented with its transverse dimensions of width a and height b in the...
A rectangular waveguide is oriented with its transverse dimensions of width a and height b in the z 0 plane, with guided modes propagating along 2. Write a MATLAB program that takes parameters a, b, frequency f (all values to be accepted in SI units), refractive index of the waveguide medium nr, mode indices m and n, and a way to choose whether to plot the TEmm or the TMmn mode fields. With the provided input parameters and the chosen...
a set function, λ on S by λ((a, b) F(b)--F(a) and λ(0) 1. Show that if Eİ, E2 E S then Ei n E2 ES and Ei ~ E2 is a finite disjoint union of 0. sets in S 2. Show that the o-algebra generated by S is the Borel o-algebra on R. 3. Show that if E and Ea are disjoint sets in S and A U S, then (A) A(E)+A(B2). 4, Show that if E. .. ova natn...
Please, Solve it as soon as possible
4.) (57 pts) Below you've been given three (3) possible electrostatic E-fields (where y is a constant having appropriate units, and x/y/z are the Cartesian unit vectors): possible electrostatic E-field 1: E1 = y((2x+5)x + zy + (y-1);) possible electrostatic E-field 2: E2 = y(2xx - (x-3)y + yz) possible electrostatic E-field 3: Ez = y(7xx - 8yy + 9zz) [7 pts each] For each of the possible electrostatic E-fields given, prove whether...
(Chapter 21 Exercise 21.44 7 of 10 Calculate the electric flelds Ei and E2 at point P due to the charges q and ga. Express your results in terms of unit vectors (see example 21.6 in the textbook). Constants Point charge qu -5.00 nC is at the origin and point charge g2 +3.00nC is on the z -axis at z 3.00cm. Point P is on the y-axis at y 4.00cm. Express your answer in terms of the unit vectors i,...
Only the Matlab part !!!
Question 2 For the following vector fields F determine whether or not they are conservative. For the conservative vector fields, construct a potential field f (i.e. a scalar field f with Vf - F) (a) F(z, y)(ryy,) (b) F(z, y)-(e-y, y-z) (c) F(r, y,z) (ry.y -2, 22-) (d) F(x, y, z)=(-, sin(zz),2, y-rsin(x:) Provide both your "by hand" calculations alongside the MATLAB output to show your tests for the whether they are conservative, and to...
4) (30 pts) E-Fields in Matter: An infinite sheet of material (in the x-y plane) with an applied charge distribution as a function of z- location. The volumetric distribution is: p = az- you must first determine if this charge is free or bound and then solve. Infinite in the x-y plane, center of plane is located at z=0 Assume V=0 at the points defined as #zo Material 1: Xe1, E1, Xmulli z= th — Material 2: Xe2, E2, X...
14. Which mechanism is responsible for glucuronidation? a. Ei b. SN c. E2 d. SN2 e. None of the above 15. Mathematically what is the Kow? 16. What does the Kow tell about a compound? 17. What cofactor is required for methyltransferase? a. Glucuronic acid b. S-Adenosyl methionine c. Acetic acid d. Sulfate e. Acetyl COA 18. When is radiation possibly good for us (one of two possible)? 19. Why would gel electrophoresis cell analysis be important in toxin research?...
an algorithm to show all possible points of starting points and possible destinations write at any given time. If you have as input the set of all direct paths. Your algorithm must be very detailed. 1. For example: Diagram A, the direct paths include the following. Z to X, Z to Y, Y to Z, Yt。W, X to W, X to V, A to B, B to A. A to C C to A, C to D. Diagram 1
an...
HIP4 Due Wednesday 29. ApriL2015 Because we had so much fun determining E-fields by integration, we will do another integration herem ? this time for the potential. You will recognize that for potentials you do not need to take care of vector components. Yes, I hope you will like potentials. Make sure you take time to set up the integral nicely. And yes, evaluating the integral using a little Vpython program is always a good enhancement .. and there is...
(1) Integrate f(x, y,z)+Vy - z2 over the straight line segment path from (0,0,0) to (1,1,1) (2) Consider the field F (2xyz+2,x2z, x2y), (a) (b) (c) Show that the field is conservative. Find a potential function for the field. Find the work the field does on an object that follows the path consisting of the line segment from (0,0,0) to (1,2,2), followed by the line segment from (1,2,2) to (2,4,3) Find the work done by the field ß-(x, 3y,-5z) along...
A rectangular waveguide is oriented with its transverse dimensions of width a and height b in the z 0 plane, with guided modes propagating along 2. Write a MATLAB program that takes parameters a, b, frequency f (all values to be accepted in SI units), refractive index of the waveguide medium nr, mode indices m and n, and a way to choose whether to plot the TEmm or the TMmn mode fields. With the provided input parameters and the chosen...
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