Q1: Chose most appropriate answer for the 4- The angle between A and B when A.B = 0 is following: a. 0 c. n/2 b. n/3 d. π/6 5- The electric work W is given by a. - f E.dl b. - f E.ds 1- The value of D. dS is equal to a. Q b. J pdv d. all are given 2- The absolute value of the unit vector is a. Constant c. One d. Zero b. Half 3- The electric filed of the line charge is C. a. b. PL P c. fv. Ddv PL Έπρεπ d. PL 2peo PL 4E OP c. -Q f E.dl d. -Qf E.ds 6- The electric dipole moment p is equal to a. QV c. Qd b. Qdcose d. qE 7- The gradiant of V is equal to a. V.V b. VV c. V x V d. V²V
Q1: Chose most appropriate answer for the 4- The angle between A and B when A.B = 0 is following: a. 0 c. n/2 b. n/3 d. π/6 5- The electric work W is given by a. - f E.dl b. - f E.ds 1- The value of D. dS is equal to a. Q b. J pdv d. all are given 2- The absolute value of the unit vector is a. Constant c. One d. Zero b. Half 3- The electric filed of the line charge is C. a. b. PL P c. fv. Ddv PL Έπρεπ d. PL 2peo PL 4E OP c. -Q f E.dl d. -Qf E.ds 6- The electric dipole moment p is equal to a. QV c. Qd b. Qdcose d. qE 7- The gradiant of V is equal to a. V.V b. VV c. V x V d. V²V
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:Q1: Chose most appropriate answer for the 4- The angle between A and B when A.B = 0 is
following:
a. 0
c. n/2
b. n/3
d. π/6
5- The electric work W is given by
1- The value of D. dS is equal to
a. Q
b. J pdv
d. all are given
2- The absolute value of the unit vector is
a. Constant
c. One
d. Zero
b. Half
3- The electric filed of the line charge is
C.
a.
b.
PL
P
c. fv. Ddv
PL
Σπρέπ
d.
PL
2pto
PL
4E OP
a. -JE.dl
c. -Q f E.dl
d. -Qf E.ds
b. - f E.ds
6- The electric dipole moment p is equal to
a. QV
c. Qd
b. Qdcose
d. qE
7- The gradiant of V is equal to
a. V.V
b. VV
c. V x V
d. V²V
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