0: A parallel-plate capacitor has capacitance Co = 5 μF with no dielectric. It is then filled with a dielectric constant K = 2, a second capacitor of capacitance C is connected in series with the first one, and the capacitance of the series combination MUMBARYS Isai i to D) 8 1) bilqqA is Co. The value of the capacitance C (in µF) is: 03-10-29m2 C) 10 A) 6 B) 2
0: A parallel-plate capacitor has capacitance Co = 5 μF with no dielectric. It is then filled with a dielectric constant K = 2, a second capacitor of capacitance C is connected in series with the first one, and the capacitance of the series combination MUMBARYS Isai i to D) 8 1) bilqqA is Co. The value of the capacitance C (in µF) is: 03-10-29m2 C) 10 A) 6 B) 2
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Question
Q 10 please
![010; A parallel-plate capacitor has capacitance Co = 5 µF with no dielectric. It is then filled with a dielectric constant K = 2, a
second capacitor of capacitance C is connected in series with the first one, and the capacitance of the series combination
is Co. The value of the capacitance C (in HF) is:
A) 6
sosis to tluse1
B) 2
ESOS-10-
C) 10m2
E) 4 levd boilqqA
011: What is the current (in A) in a typical 120 V, 25 W lightbulb?
A) 0.208-01 × B) 0.625 notbals C) 0.833 GM-
D) 0.4170 x 28. E) 0.5230602 991 to divitis
Indiendo c'umoivo
912: A battery has an emf & = 6 V and an internal resistance r = 0.05 2. Its terminals are connected to a load resistance
battery.
R= 32. Find the terminal voltage (in V) of the
the term
A) 17.70
B) 14.75
(in) of the b
0
5.(3
015: The current I₁ (in A) in the resistor 40 2 is:
A) 2.0
D) 0.5
B) 3.0 med
E) 1.0
D) 8
For Q13 & Q14
For the circuit shown in the figure, the capacitor is initially uncharged when the switch s is
closed.
013: The charge (in uC) of the capacitor at t =1.8 s is:
ره لها ملا
D) 11.79
C) 8.05 biriw
£-(0
C) 328
I
On 03C) 2.5 stod s as bas bagad
box art to unge sumont m Pel bris bo
CS (D
artA) 699 S InlogB) 451ysws m 1 inlog) 503 obudingsm D) 593 bole n6 2 E) 551 epnsrbloq bedsloel nA t
014: The time (in s) required for the current to get its one fifth initial value is: ontbals erit to obutingsm ert opnarb trilog
A) 1.39
B) 3.22
C) 2.77
D) 0.72
3 (A
E) 2.20
For Q15 & Q16 (Om. nl) xu ten erT .lledz pritsluani leoharige s tuoripuorit
For the circuit shown in the figure, if £₂ = 20 V,
virmotinu betudhtalb ai OS pr
el lleria end to soshua
40 Ω
wOA (A
0 9 oldet bedoetts odt ni lli
E) 5.90
direction
direction
D) 5.37
S
E10S (A
ㅏ
+1₁
Ezinu al m S
-1₂-3A
PE (8
016: The value of 83 (in V) is:
E3
80
w
A) 90B) 240 tills moC) 120 sonstalb 6 (WXn) blaft 1-0.5 Asm or bn A
D) 280
E) 160
may 2= Avdianab episrib
2 (A
For Q17 & Q18: neewed evom al nori u 2 shorts to dibiheq a to (ty ni) veneng ladneton ni sprierb ord el der Wa
A proton is moving in a circular orbit of radius 14 cm in uniform 0.8 T magnetic field perpendicular to the velocity of the proton.
017: The linear speed (in Mm/s) of the proton is:
0001 (8
A) 2.68 els ruiw b
B) 10.73 bisit ohbele art
018: The period (in ns) of the motion is:
A) 164
B) 109
16binsdog ph
ww
A
40 ΚΩ
#.0
20 venА
0193
50 μF
at (8
E) 82
20 o ban A E
wwwww inlog
81 (A
E) 7.37 to Bulev erti al terW;a
x -³x = (x)V
P- (A
D) 201
dela adr
019: A wire having a mass pere unit length of 0.8 g/cm carries a 1 A current horizontally to the right. The minimum magnetic
field (in Tesla) needed to left this wire vertically upward is: (g = 10 m/s²)
A) 0.784
B) 0.490
C) 0.511
D) 0.245
namsa adi to ahem sne
6 08 = 18.30 ulsy arti fert,novi
bet art led tud 8 to ign
of the magnetic force exerted on the electron is:
020: An electron moves in the negative x direction, through a uniform magnetic field in the negative z direction. The direction
el (nl) i sorielaan 90 to sulsv erT:80
8 (A
C) in the + k direction
noto 322sq (An) inemus adT RE
S (8
A (A
E
A) in the direction
SE (B
B) in the
D) in the + j direction
E) in the
up wore srl azu eos 80 10
E) 0.098
bris 19 210talon Isohbnilva ow](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdb699841-54f3-4ff1-bf94-f47f14a08156%2F867e7be2-f1e9-412d-8a86-23d5af4ac7c2%2F8isp6z_processed.jpeg&w=3840&q=75)
Transcribed Image Text:010; A parallel-plate capacitor has capacitance Co = 5 µF with no dielectric. It is then filled with a dielectric constant K = 2, a
second capacitor of capacitance C is connected in series with the first one, and the capacitance of the series combination
is Co. The value of the capacitance C (in HF) is:
A) 6
sosis to tluse1
B) 2
ESOS-10-
C) 10m2
E) 4 levd boilqqA
011: What is the current (in A) in a typical 120 V, 25 W lightbulb?
A) 0.208-01 × B) 0.625 notbals C) 0.833 GM-
D) 0.4170 x 28. E) 0.5230602 991 to divitis
Indiendo c'umoivo
912: A battery has an emf & = 6 V and an internal resistance r = 0.05 2. Its terminals are connected to a load resistance
battery.
R= 32. Find the terminal voltage (in V) of the
the term
A) 17.70
B) 14.75
(in) of the b
0
5.(3
015: The current I₁ (in A) in the resistor 40 2 is:
A) 2.0
D) 0.5
B) 3.0 med
E) 1.0
D) 8
For Q13 & Q14
For the circuit shown in the figure, the capacitor is initially uncharged when the switch s is
closed.
013: The charge (in uC) of the capacitor at t =1.8 s is:
ره لها ملا
D) 11.79
C) 8.05 biriw
£-(0
C) 328
I
On 03C) 2.5 stod s as bas bagad
box art to unge sumont m Pel bris bo
CS (D
artA) 699 S InlogB) 451ysws m 1 inlog) 503 obudingsm D) 593 bole n6 2 E) 551 epnsrbloq bedsloel nA t
014: The time (in s) required for the current to get its one fifth initial value is: ontbals erit to obutingsm ert opnarb trilog
A) 1.39
B) 3.22
C) 2.77
D) 0.72
3 (A
E) 2.20
For Q15 & Q16 (Om. nl) xu ten erT .lledz pritsluani leoharige s tuoripuorit
For the circuit shown in the figure, if £₂ = 20 V,
virmotinu betudhtalb ai OS pr
el lleria end to soshua
40 Ω
wOA (A
0 9 oldet bedoetts odt ni lli
E) 5.90
direction
direction
D) 5.37
S
E10S (A
ㅏ
+1₁
Ezinu al m S
-1₂-3A
PE (8
016: The value of 83 (in V) is:
E3
80
w
A) 90B) 240 tills moC) 120 sonstalb 6 (WXn) blaft 1-0.5 Asm or bn A
D) 280
E) 160
may 2= Avdianab episrib
2 (A
For Q17 & Q18: neewed evom al nori u 2 shorts to dibiheq a to (ty ni) veneng ladneton ni sprierb ord el der Wa
A proton is moving in a circular orbit of radius 14 cm in uniform 0.8 T magnetic field perpendicular to the velocity of the proton.
017: The linear speed (in Mm/s) of the proton is:
0001 (8
A) 2.68 els ruiw b
B) 10.73 bisit ohbele art
018: The period (in ns) of the motion is:
A) 164
B) 109
16binsdog ph
ww
A
40 ΚΩ
#.0
20 venА
0193
50 μF
at (8
E) 82
20 o ban A E
wwwww inlog
81 (A
E) 7.37 to Bulev erti al terW;a
x -³x = (x)V
P- (A
D) 201
dela adr
019: A wire having a mass pere unit length of 0.8 g/cm carries a 1 A current horizontally to the right. The minimum magnetic
field (in Tesla) needed to left this wire vertically upward is: (g = 10 m/s²)
A) 0.784
B) 0.490
C) 0.511
D) 0.245
namsa adi to ahem sne
6 08 = 18.30 ulsy arti fert,novi
bet art led tud 8 to ign
of the magnetic force exerted on the electron is:
020: An electron moves in the negative x direction, through a uniform magnetic field in the negative z direction. The direction
el (nl) i sorielaan 90 to sulsv erT:80
8 (A
C) in the + k direction
noto 322sq (An) inemus adT RE
S (8
A (A
E
A) in the direction
SE (B
B) in the
D) in the + j direction
E) in the
up wore srl azu eos 80 10
E) 0.098
bris 19 210talon Isohbnilva ow
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