24. The electric potential in the xy-plane associated with two positive charges, one at (0,1) with twice the magnitude as the charge at (0, - 1) is shown below. Complete parts (a)-(d). 1. P(x,y) = (y+1)2 a. Compute p, and . Compute o. Choose the correct answer below. OA. 2(y-1) y+1 P(x.y) = -- 3 (+y-1) ( y+ 1)°) *B. 2x Px(x.y)= -- 3 (+cy-1) (xP+ (y+1) XC. P(x.y) = 2x +1 y+1 3 (2+ (y+1?)? (x + (y-1*) Compute y. Choose the correct answer below. O A Py (x.y) = 2x (+(y- 1?) (²+(y+ 1)?) О в. Py (x.y) = 2(y-1) y+1 3 2 (? +(y-1) ? (2+(y+1)?) ² OC. Py (x.y) = 2x + 1 y+1 3 3 2 ( + (y+ 1)?)? ( +(y-1)²)² b. Describe how and Py behave as x, y t 0o. As x, yt oo, Px approaches (1). and y approaches (2). - c. Evaluate o, (0,y) for all y# ±1.
24. The electric potential in the xy-plane associated with two positive charges, one at (0,1) with twice the magnitude as the charge at (0, - 1) is shown below. Complete parts (a)-(d). 1. P(x,y) = (y+1)2 a. Compute p, and . Compute o. Choose the correct answer below. OA. 2(y-1) y+1 P(x.y) = -- 3 (+y-1) ( y+ 1)°) *B. 2x Px(x.y)= -- 3 (+cy-1) (xP+ (y+1) XC. P(x.y) = 2x +1 y+1 3 (2+ (y+1?)? (x + (y-1*) Compute y. Choose the correct answer below. O A Py (x.y) = 2x (+(y- 1?) (²+(y+ 1)?) О в. Py (x.y) = 2(y-1) y+1 3 2 (? +(y-1) ? (2+(y+1)?) ² OC. Py (x.y) = 2x + 1 y+1 3 3 2 ( + (y+ 1)?)? ( +(y-1)²)² b. Describe how and Py behave as x, y t 0o. As x, yt oo, Px approaches (1). and y approaches (2). - c. Evaluate o, (0,y) for all y# ±1.
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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![24. The electric potential in the xy-plane associated with two positive charges, one at (0,1) with twice the magnitude as the
charge at (0, - 1) is shown below. Complete parts (a)-(d).
P(x,y) =
Vx2 + (y-1)2 x? + (y+ 12
a. Compute p, and q. Compute o. Choose the correct answer below.
O A.
Px (x.y)= -
2(y-1)
y+1
3
(+(y-1)
*B.
Px (x,y) = -
2x
21
(xP + cy + 17*)
XC.
Px (x,y) = -
2x + 1
y+1
(x? + (y + 1)?)
(x? + (y - 1)?)
Compute oy. Choose the correct answer below.
OA.
Py (x.y) = -
2x
3
3
2
(* + (y-1?) ? (x? + y + 1)*) ?
O B.
Py(x.y) =
2(y-1)
y +1
3
(x? + (y- 1)²)
Oc.
Py (x,.y) =
2x +1
y+1
(? + (y+ 13?) ²
(x? + (y-1))
b. Describe how P, and py
behave as x, y→t 0o.
As x, y →t co, Px approaches (1)
and qy approaches (2).
c. Evaluate o, (0,y) for all y# ± 1.
Px (0,y) =
d. Evaluate p, (x,0) for all x.
Py
Py (x,0) =
(1) O - 00
0 1
(2)
O - 1.
- o.
- 1
0.
o.
1.
0000](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5ae552ac-8667-4b96-99ba-4df3f89bc3eb%2Fb14c1f5d-7026-4627-9ec0-eeac2a2ef348%2F5dgciaa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:24. The electric potential in the xy-plane associated with two positive charges, one at (0,1) with twice the magnitude as the
charge at (0, - 1) is shown below. Complete parts (a)-(d).
P(x,y) =
Vx2 + (y-1)2 x? + (y+ 12
a. Compute p, and q. Compute o. Choose the correct answer below.
O A.
Px (x.y)= -
2(y-1)
y+1
3
(+(y-1)
*B.
Px (x,y) = -
2x
21
(xP + cy + 17*)
XC.
Px (x,y) = -
2x + 1
y+1
(x? + (y + 1)?)
(x? + (y - 1)?)
Compute oy. Choose the correct answer below.
OA.
Py (x.y) = -
2x
3
3
2
(* + (y-1?) ? (x? + y + 1)*) ?
O B.
Py(x.y) =
2(y-1)
y +1
3
(x? + (y- 1)²)
Oc.
Py (x,.y) =
2x +1
y+1
(? + (y+ 13?) ²
(x? + (y-1))
b. Describe how P, and py
behave as x, y→t 0o.
As x, y →t co, Px approaches (1)
and qy approaches (2).
c. Evaluate o, (0,y) for all y# ± 1.
Px (0,y) =
d. Evaluate p, (x,0) for all x.
Py
Py (x,0) =
(1) O - 00
0 1
(2)
O - 1.
- o.
- 1
0.
o.
1.
0000
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