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FlZ 122 2016-2017 Bahar Final Sinavi
Sure 90 dakikadir
1 2 3 4 5 6 Toplam
Ad Soyad: Ogrenci No: §ube:
Smav sirasinda hesap makinasi kullanilmasi serbest, ancak ali§veri§i yasaktir. Sorular 20'§er puandir.
Gerekirse k=l/(47ceo)=9xl O9 N m2 /C2 ve fi0 = n X 1 0 ~ 7 T-m/A olarak ahniz. Ba§arilar dileriz.
1) In Figure, the four particles form a square of edge length a=5,00 cm and have J
charges qi=+10,0 nC, q2 : -20,0 nC, q3 = +20,0 nC, and q 4 =-10,0 nC. In unit-vector T ^ 9 l '
notation, what net electric field do the particles produce at the square's center?
1) Dort nokta yuk §ekilde verildigi gibi kenar uzunlugu a olan bir karenin
ko§elerindedirler. a=5,00 cm ve yukler: qi=+10,0 nC, q2 : -20,0 nC, q3 = +20,0 nC,
ve q4 =-10,0 nC dir. Birim vektor notasyonu ile, karenin merkezindeki net
elektrik alanmi bulunuz. n
2) Şekildeki devrede ampermetre 2,00 A göstermektedir. Buna göre |,
12 akımlarını ve 6 elektromotor kuwetini bulunuz. Birimleri yazmay|
unutmayınrz.
d
',
l
b
",İ
7,00 Q 15,o V
5,00 Q
13
2,00 Q
2} In the circuit, the meter reads 2.00 A. What are the values of
currents 11, 12, arıd electromotor force t in the cİrcuİt? Do not forget to
wıite down the units.
U ııavAorııı Lgr i 5
13 = I,tra =, Z A
rz:2*§,
ab e_ 4, a .6ofu !",6un c,a 1 aV ="o
- Ç.13 + Ç - }§, =o
}1r= 5
iı =Çl+ A
5 püan te
Tz= 2_İ1 = L-L= 2'}} A
*
c
V c L eV lofu bog,ın ıaı
2 1" - € *9,T3 =o
2, 3- -L+ ç")- =o
t
t8

*z_
l
f =_
oş
1
:Tlt V
(
a-
e
j
l
3) 35 cm uzunlugunda ve capi 2,0 cm olan 450 dairesel sanmdan yapilmis. bir solenoid 1,75 A akim ta§imaktadir.
a)-Sanmdan 1,0 cm uzakta solenoidin merkezinde manyetik alani bulunuz.
b)- §imdi, ayni akimi ta§iyan (1,75 A) cok uzun bir tel yapmak icin solenoidi gerdigimizi varsayalim. Telin merkezinden
1,0 cm uzakta manyetik alan nedir? Her iki §ikta buldugunuz sonuclan kar§ila§tirarak yorumlaymiz.
3) A 35 cm long solenoid consisting of 450 circular coils of 2.0 cm diameter carries a 1.75 A current.
a)- Find the magnetic field at the center of solenoid, 1.0 cm from the coils.
b)- Suppose now we stretch out the coils to make a long wire that carries the same current as before (1.75 A). What
is the magnetic field 1.0 cm from the wire's center? Compare this result with part a and comment on it.
^ * * * * * * * t V 9 >
& =: L I O A I " -
4) $ekilde gbruldugu gibi, Iuzunlugundaki iletken bir cubuk iki yatay surtunmesiz ray uzerinde hareket etmektedir.
1,00 N degerindeki sabit bir kuvvet, kagit duzleminden iceriye dogru yonelmis. bir B manyetik alani icindeki bir
cubugu 2,00 m/s lik bir hizla hareket ettirirse,
(a) 8,00 Q luk bir R direncinden gecen akim nedir?
(b) Direncteki enerji harcanma hizi nedir?
(c) F kuweti tarafindan saglanan mekaniksel guc nedir?
4) A conducting rod of length I moves on two horizontal, friciionless rails as shown in the Figure. If a constant force
of 1.00 N moves the bar at 2.00 m/s through a magnetic field B that is directed into the page,
(a) What is the current in the 8.00 O resistor /??
(b) What is the rate at which energy is delivered to the resistor?
(c) What is the mechanical power delivered by the force Fo p p ?
i A
I*
1 A 0,S ft
2
4) Şekilde görüldüğü gibi, / uzunluğundaki iletken bir çubuk iki yatay sürtünmesiz ray üzerinde hareket etmektedir.
1,00 N değerindeki sabit bir kuwet, kağıt düzleminden içeriye doğru yönelmiş bir B manyetik alanı içindeki bir
çubuğu 2,0O m/s lik bir hızla hareket ettirirse,
(a) 8,00 O luk bir R direncinden geçen akım nedir?
(b) Dirençteki enerjiharcanma hızı nedir?
(c) F kuweti tarafından sağ|anan mekaniksel güç nedir?
4) A conducting rod of length / moves on two horizontal, frictionless rails as shown in the Figure. lf a constant force
of 1.00 N moves the bar at 2.00 m/s through a magrietlc fielci ts that is tjirected into the page,
(a) what is the current in the 8.00 O resistor R?
(b) What js the ra,te at which energ}, is deliveı"eıl to the resistor?
{c} What js tiıe rrıecJıanica| power delivered by the force Fooo?
bı.
x
x
X
-XW*4f7
x.
{Ylon,.$L ol.r, İçc_nisoJt, b.Jluışa
++tc cıL'şe" Luv.ııti İF ı l g
§=
," İ oıL,^ı lss,geı ilğ+La,
io JöLlııı:. c-nL t= Btu
X
X
xx.
X§
XX
ş1= g=
R
Y
X
X
X
X
x
/ utu^lrjun&[;
Ai. Bu 1ı.ll...
ğ{*
A
-!İ-
{ ı-ı
rF;= |-;- a
ılxtd) Ft lts = fu ğ
t,-r
tb) p= 11"R= (o,sn}'(i-,ı-)= 2sı
gıı) (l ^/İ)
(t--)
iA,
2
o,§A
X
X
-r(
x
(.) P= F,l,= (L,)(2nlı)= 2V{
5) Kalmhgi d ve dielektrik sabiti K olan bir dielektrik tabaka, plaka araligi D olan paralel plakah bir
kondansatoriin icine yerlestirilmi§tir. Her bir plakanin alani A ise kondansatortin sigasini hesaplayiniz.
5) A dielectrical slab of dielectric constant K and thickness d is placed between the plates of a parallel plate
capacitor with separation D. If the area of each capacitor is A, calculate the capacitance of this capacitor.
-* - u — I V
£ a A-
c
Y t O - J H J
6) Determine the current through each resistor (a) immediately
after the switch is closed. (b) a long time after the switch is closed.
Suppose the switch is reopened a long time after it’s been closed.
What is each current (c) immediately after it is opened? (d) after a
long time?
6) Her bir dirençten geçen akımı (a) anahtar kapatıldıktan hemen
sonra, (b) anahtar kapatıldıktan sonra uzun süre sonra belirleyin.
Anahtar kapatıldıktan uzun bir süre sonra yeniden açıldığını
varsayalım. Her bir dirençten geçen akım (c) anahtar açıldıktan
hemen sonra ve (d) uzun bir süre sonra ne olur?
Ç) m.n a Ji'"}cl , a{icı Jt,ı J^ ,l ( |,, t,, IelcJı ]k <u{re.ıtl)
"Jııcfo,-hrc,,,L ıI^ı. ı
)
;5 Le r,J J]
a
5 5L f ,,t i ıIO
a,ü(ru. J-ı w,l{
h", leQıı
J,,,rcJ e /*f
!e (,:ı J,İ,e-ı,-i
J h, .,
i,^ö,ı.:İ or
QJc
+ |-ü
1c-j
+^t_
rçe
l
c1
nJ l
-t l.yc
r,
a
n- P- ,_O
- J-L ı,L
ls / ı o
€.
,()l
ln-p
. i.}
2-
9
) ,,,..r. ,,, J"lı'l,)
o,1 ür" J ıı,ı
İ2 t IJ,
(oo1 a |,lı
1..
'T -'LıiJ_(
a1
iı atFı
f(ı, l,ı)1
/ I ,
.l
(, P-ta
i, =
R,(ra (z(ıt
( ç
{|,(ı J h{r'
(, R,
9,'-
,l ,
.T
.l}
I
ltr ı lv  ,ı, i |c'L [,") Le ç,
f.,iı ı (ı (3 t ı<ı f
5
, r', ı' e)
r
C (Aıil, l",ı7
)lı
*ı5
K,(z-ı (ı(1 1İ,3,
T
dole J ,
Ç
alJ
Ln
J,. i..l: o
L
l-l Cr
( Io,Jr
all Lüf; ı,^r) n;ll Çe tt_i,
)
,-titıŞ
t

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2016 2017-fiz122-final-cevaplar

  • 1. FlZ 122 2016-2017 Bahar Final Sinavi Sure 90 dakikadir 1 2 3 4 5 6 Toplam Ad Soyad: Ogrenci No: §ube: Smav sirasinda hesap makinasi kullanilmasi serbest, ancak ali§veri§i yasaktir. Sorular 20'§er puandir. Gerekirse k=l/(47ceo)=9xl O9 N m2 /C2 ve fi0 = n X 1 0 ~ 7 T-m/A olarak ahniz. Ba§arilar dileriz. 1) In Figure, the four particles form a square of edge length a=5,00 cm and have J charges qi=+10,0 nC, q2 : -20,0 nC, q3 = +20,0 nC, and q 4 =-10,0 nC. In unit-vector T ^ 9 l ' notation, what net electric field do the particles produce at the square's center? 1) Dort nokta yuk §ekilde verildigi gibi kenar uzunlugu a olan bir karenin ko§elerindedirler. a=5,00 cm ve yukler: qi=+10,0 nC, q2 : -20,0 nC, q3 = +20,0 nC, ve q4 =-10,0 nC dir. Birim vektor notasyonu ile, karenin merkezindeki net elektrik alanmi bulunuz. n
  • 2. 2) Şekildeki devrede ampermetre 2,00 A göstermektedir. Buna göre |, 12 akımlarını ve 6 elektromotor kuwetini bulunuz. Birimleri yazmay| unutmayınrz. d ', l b ",İ 7,00 Q 15,o V 5,00 Q 13 2,00 Q 2} In the circuit, the meter reads 2.00 A. What are the values of currents 11, 12, arıd electromotor force t in the cİrcuİt? Do not forget to wıite down the units. U ııavAorııı Lgr i 5 13 = I,tra =, Z A rz:2*§, ab e_ 4, a .6ofu !",6un c,a 1 aV ="o - Ç.13 + Ç - }§, =o }1r= 5 iı =Çl+ A 5 püan te Tz= 2_İ1 = L-L= 2'}} A * c V c L eV lofu bog,ın ıaı 2 1" - € *9,T3 =o 2, 3- -L+ ç")- =o t t8 *z_ l f =_ oş 1 :Tlt V ( a- e j l
  • 3. 3) 35 cm uzunlugunda ve capi 2,0 cm olan 450 dairesel sanmdan yapilmis. bir solenoid 1,75 A akim ta§imaktadir. a)-Sanmdan 1,0 cm uzakta solenoidin merkezinde manyetik alani bulunuz. b)- §imdi, ayni akimi ta§iyan (1,75 A) cok uzun bir tel yapmak icin solenoidi gerdigimizi varsayalim. Telin merkezinden 1,0 cm uzakta manyetik alan nedir? Her iki §ikta buldugunuz sonuclan kar§ila§tirarak yorumlaymiz. 3) A 35 cm long solenoid consisting of 450 circular coils of 2.0 cm diameter carries a 1.75 A current. a)- Find the magnetic field at the center of solenoid, 1.0 cm from the coils. b)- Suppose now we stretch out the coils to make a long wire that carries the same current as before (1.75 A). What is the magnetic field 1.0 cm from the wire's center? Compare this result with part a and comment on it. ^ * * * * * * * t V 9 > & =: L I O A I " -
  • 4. 4) $ekilde gbruldugu gibi, Iuzunlugundaki iletken bir cubuk iki yatay surtunmesiz ray uzerinde hareket etmektedir. 1,00 N degerindeki sabit bir kuvvet, kagit duzleminden iceriye dogru yonelmis. bir B manyetik alani icindeki bir cubugu 2,00 m/s lik bir hizla hareket ettirirse, (a) 8,00 Q luk bir R direncinden gecen akim nedir? (b) Direncteki enerji harcanma hizi nedir? (c) F kuweti tarafindan saglanan mekaniksel guc nedir? 4) A conducting rod of length I moves on two horizontal, friciionless rails as shown in the Figure. If a constant force of 1.00 N moves the bar at 2.00 m/s through a magnetic field B that is directed into the page, (a) What is the current in the 8.00 O resistor /?? (b) What is the rate at which energy is delivered to the resistor? (c) What is the mechanical power delivered by the force Fo p p ? i A I* 1 A 0,S ft 2
  • 5. 4) Şekilde görüldüğü gibi, / uzunluğundaki iletken bir çubuk iki yatay sürtünmesiz ray üzerinde hareket etmektedir. 1,00 N değerindeki sabit bir kuwet, kağıt düzleminden içeriye doğru yönelmiş bir B manyetik alanı içindeki bir çubuğu 2,0O m/s lik bir hızla hareket ettirirse, (a) 8,00 O luk bir R direncinden geçen akım nedir? (b) Dirençteki enerjiharcanma hızı nedir? (c) F kuweti tarafından sağ|anan mekaniksel güç nedir? 4) A conducting rod of length / moves on two horizontal, frictionless rails as shown in the Figure. lf a constant force of 1.00 N moves the bar at 2.00 m/s through a magrietlc fielci ts that is tjirected into the page, (a) what is the current in the 8.00 O resistor R? (b) What js the ra,te at which energ}, is deliveı"eıl to the resistor? {c} What js tiıe rrıecJıanica| power delivered by the force Fooo? bı. x x X -XW*4f7 x. {Ylon,.$L ol.r, İçc_nisoJt, b.Jluışa ++tc cıL'şe" Luv.ııti İF ı l g §= ," İ oıL,^ı lss,geı ilğ+La, io JöLlııı:. c-nL t= Btu X X xx. X§ XX ş1= g= R Y X X X X x / utu^lrjun&[; Ai. Bu 1ı.ll... ğ{* A -!İ- { ı-ı rF;= |-;- a ılxtd) Ft lts = fu ğ t,-r tb) p= 11"R= (o,sn}'(i-,ı-)= 2sı gıı) (l ^/İ) (t--) iA, 2 o,§A X X -r( x (.) P= F,l,= (L,)(2nlı)= 2V{
  • 6. 5) Kalmhgi d ve dielektrik sabiti K olan bir dielektrik tabaka, plaka araligi D olan paralel plakah bir kondansatoriin icine yerlestirilmi§tir. Her bir plakanin alani A ise kondansatortin sigasini hesaplayiniz. 5) A dielectrical slab of dielectric constant K and thickness d is placed between the plates of a parallel plate capacitor with separation D. If the area of each capacitor is A, calculate the capacitance of this capacitor. -* - u — I V £ a A- c Y t O - J H J
  • 7. 6) Determine the current through each resistor (a) immediately after the switch is closed. (b) a long time after the switch is closed. Suppose the switch is reopened a long time after it’s been closed. What is each current (c) immediately after it is opened? (d) after a long time? 6) Her bir dirençten geçen akımı (a) anahtar kapatıldıktan hemen sonra, (b) anahtar kapatıldıktan sonra uzun süre sonra belirleyin. Anahtar kapatıldıktan uzun bir süre sonra yeniden açıldığını varsayalım. Her bir dirençten geçen akım (c) anahtar açıldıktan hemen sonra ve (d) uzun bir süre sonra ne olur?
  • 8. Ç) m.n a Ji'"}cl , a{icı Jt,ı J^ ,l ( |,, t,, IelcJı ]k <u{re.ıtl) "Jııcfo,-hrc,,,L ıI^ı. ı ) ;5 Le r,J J] a 5 5L f ,,t i ıIO a,ü(ru. J-ı w,l{ h", leQıı J,,,rcJ e /*f !e (,:ı J,İ,e-ı,-i J h, ., i,^ö,ı.:İ or QJc + |-ü 1c-j +^t_ rçe l c1 nJ l -t l.yc r, a n- P- ,_O - J-L ı,L ls / ı o €. ,()l ln-p . i.} 2- 9 ) ,,,..r. ,,, J"lı'l,) o,1 ür" J ıı,ı İ2 t IJ, (oo1 a |,lı 1.. 'T -'LıiJ_( a1 iı atFı f(ı, l,ı)1 / I , .l (, P-ta i, = R,(ra (z(ıt ( ç {|,(ı J h{r' (, R, 9,'- ,l , .T .l} I ltr ı lv ,ı, i |c'L [,") Le ç, f.,iı ı (ı (3 t ı<ı f 5 , r', ı' e) r C (Aıil, l",ı7 )lı *ı5 K,(z-ı (ı(1 1İ,3, T dole J , Ç alJ Ln J,. i..l: o L l-l Cr ( Io,Jr all Lüf; ı,^r) n;ll Çe tt_i, ) ,-titıŞ t