Problem 11 . In the figure below, the location A is at (-0. 96, 0, 0) m, the location Bis al (1.3,0, 0) m, and location Cis at (3.03, 0, 0) m. The electric fields are given to be E = <11, 10, 0> N/C and E <-19,0, 0> N/c E, What is the electric potential difference for a path from A to B? AVAB For an electron moving along the path starting from A to B, the kinetic energy of the electron will be: ODecreasing Olncreasing c.f Calculate the change of the potential energy for a proton moving along a path starting from B to A? AUBA What is the electric potential difference for a path from B to C? AVBC What is the electric potential difference for a path from A to C? AVAC What is the electric potential difference for a path from C to A? AVCA
Problem 11 . In the figure below, the location A is at (-0. 96, 0, 0) m, the location Bis al (1.3,0, 0) m, and location Cis at (3.03, 0, 0) m. The electric fields are given to be E = <11, 10, 0> N/C and E <-19,0, 0> N/c E, What is the electric potential difference for a path from A to B? AVAB For an electron moving along the path starting from A to B, the kinetic energy of the electron will be: ODecreasing Olncreasing c.f Calculate the change of the potential energy for a proton moving along a path starting from B to A? AUBA What is the electric potential difference for a path from B to C? AVBC What is the electric potential difference for a path from A to C? AVAC What is the electric potential difference for a path from C to A? AVCA
Chapter7: Electric Potential
Section: Chapter Questions
Problem 105AP: An electron has an initial velocity of 5.00106m/s in a uniform 2.0010m/s electric field. The field...
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![11
Problem 11
In the figure below, the location A is at (-0. 90, 0, 0) m, the location Bis at (1.3, 0, 0o) m, and location Cis at (3.03, 0, 0) m. The electric fields are given to be E =<11, 10, 0s
N/C and E
-19, 0, 0> N/C.
out of
8.
What is the electric potential difference for a path from A to B?
AVAB =
b.
For an electron moving along the path starting from A to B, the kinetic energy of the electron will be:
ODecreasing
Olncreasing
Calculate the change of the potential energy for a proton moving along a path starting from B to A?
C.
AUBA
What is the electric potential difference for a path from B to C?
AVEC =
e.
*What is the electric potential difference for a path from A to C?
AVAC
What is the electric potential difference for a path from C to A?
AVCA
Type here to search
M
ILDK](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb6471727-3b7e-4b00-9a0f-9385a03b8d7c%2Ffbdb6fb5-f0be-48f2-9d3a-3ae80c90319d%2Fn2idwgd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:11
Problem 11
In the figure below, the location A is at (-0. 90, 0, 0) m, the location Bis at (1.3, 0, 0o) m, and location Cis at (3.03, 0, 0) m. The electric fields are given to be E =<11, 10, 0s
N/C and E
-19, 0, 0> N/C.
out of
8.
What is the electric potential difference for a path from A to B?
AVAB =
b.
For an electron moving along the path starting from A to B, the kinetic energy of the electron will be:
ODecreasing
Olncreasing
Calculate the change of the potential energy for a proton moving along a path starting from B to A?
C.
AUBA
What is the electric potential difference for a path from B to C?
AVEC =
e.
*What is the electric potential difference for a path from A to C?
AVAC
What is the electric potential difference for a path from C to A?
AVCA
Type here to search
M
ILDK
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