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# Problem1 Solutions07

Course Number: PHY 113, Spring 2008

College/University: Rochester

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P114 - PROBLEM SET 1 Homework to be handed in by 1800 hours on Tuesday 30 January 2007. [1] Electric and gravitational forces. a) What would be the proton's mass if the gravitational force between two protons at rest were to equal the electric force? How does this compare with its actual mass? b) What would be the electric force between two dimes (each of mass 2gm) placed at opposite ends of a 10 meter lecture...

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- P114 PROBLEM SET 1 Homework to be handed in by 1800 hours on Tuesday 30 January 2007. [1] Electric and gravitational forces. a) What would be the proton's mass if the gravitational force between two protons at rest were to equal the electric force? How does this compare with its actual mass? b) What would be the electric force between two dimes (each of mass 2gm) placed at opposite ends of a 10 meter lecture table if their nuclear and electronic charges were unbalanced by 1%. Can you think of some object whose "weight" equals that force? [2] A 2 10-6 C charge is at the center of a cube of side 20 cm. What is the electric flux through one of the faces of the cube? [3] Four charges of equal magnitude, |q| = 2 10-18 C, are arranged at the four corners of a square of side L = 5 cm as shown in the figure. Calculate the magnitude, in Newtons, and the direction of the force acting on the lower-left corner charge due to the presence of the other charges. [4] Two charges +q and -3q are separated by a small distance. Draw the electric-field lines for this system. [5] Three point charges are placed on the y-axis; a charge q at y = a, a charge -2q at the origin, and a charge q at y = -a. Such an arrangement is called an electric quadrupole. Find the magnitude and direction of the electric field on the y-axis for y > a. 1 1?rQ~(~~t~ 5~bW\$ 3~ .-~V' (Q-J.l/!kMW6~~ two pVVOO~M: J btc ~G.-: r~~MQS~ ' tf_~:e- er~\A'~b'QV\MrnVJ..e- ~w~- ~ff/!Iv,.pQ...~kVL t re{~ ~ ( e~~ MQ.\$S: ~ to ~" &-t~'C,-fp~"? Prow d-afS th,\\$ S (),~ FoYtt ~ =~Q ..a r2- ~ \::(2 '1. - ~iV\u ~k two tr;,.l.riV\ ll~ov,.,.t -- '(~ 'P"" tPVlS Vvit;vl. ~e ~r~lA~b~~l. ro~ 'F =-~~::!!: &: ==- 'r'So.!vG-fvy VV\QI,~.s -~~-~F; -F ~MZ -y~ ~ a. 2 :: ~N\ t. ~ "-'- y~ y1. \<:. 'J..:: C7;;M'1. a ~~ ::: \< ~ 1- -fA' M=F ~ ~M ~S~ (5 t_r7 X l o -,11"7 'l.~ J ,~ Q 'I I.A-~~ ~,'.cl:AQ\-ct.JCL 'lUt~ { 'V\I\p= ~.s I,~L.- p~eQ( IA' J l.!V\l~~ 1- o..-t- o r()Stt~ " l ofJA'~ 0\. lO'WI.- LeC---t1AVG~Ot~l~ It if t ~.elV I ~\Av{.egY'~~ f ~e-v~~l'{, ,r;M~ 0 1_' -AL J c.-~Otr:~ ~:~ VV #jOt\~ L ~ Jrl."\' (.A..V\~~l~~U4~Ij l~~, ff ~ ~lc.cV'I:. WVl():; l~ ~fI\o,. ~ ~'('t _Ca~!jD~ " " c J-lt\ '" ~ .: Yc.t.? ,Q .,.;;';i j , 1"t, "!~ I For ~~'!Aw'Gr WlfAt- t;V\~ q{.tmeS VVl-q.~~ 0{ o.c Cl\.VI.\fqy~ roy C-t' f~1( ~=.zq. we wo.V\.~ t:he--: 111,.Ak- ~ (,!-\(). r~ of o..t\ pyO+OV\~ /;tV\J;;~0,'1\ ~ l U ~ 1'7~ ~'I.e 1 i()f G ~t - Q,OI= t- . Mt c;,k~~ et~t/tYVV\ s 0;(: ket r5 s~y ~~+ V\L: CY~Q"k 0, orb A t I(\c,.\(t~ s..e:. (;~ ""VI,v~l~~r- C~o'~fJ~ QT~T ':c c;.~o,Y'1e. of ~IA-"'---c ~'"""'J 0 f' ~t.\ f'~~ ~ ~te.~~_V\~ - + - ~!:::~: :i~~~~'~~ o.-~ le,ct.._aJ~ ~tc ~ y\'lA,cleQ,(~~ .1. 't-.OLNpe' " '--" tMr "ve~b'f;V:, the at ~~I ~o ~~~~~~ ~ NEcW ~mT:- - QN ~ t Ne..e.c + + .0\ =-- ~-_N-r:fl + ~-e~ - For :t - 1VU'~ t~ ~~ M(},~Q-,~~-S 0("" cof~-~- , GMre()f1-~~ t~~ OJYQ!.WtG:r ,. J ClPrFrtt' ~~\I~ 2Ojr~W\\$ t. How ~3_.S~~ ~1 - ~-t~ -.;.- ~ ~L p~~e-Z~f ~ -Q.-~~\$ c,~ C6 ~O ~ QTOT;" ~.I QOOC_Ot C,V\~~ ~ ~ f\VtfJ- -tlIte. ~v~ Fc. '::-- \:=:Q ~ y).. - :: - k 02 =. -.. (qOOC) k '(~ , - 7,2.C1 x ClOYf\)2.. F~'('w'\~ " , F='VV\ - . -; f d M\$ ~~ ~~ ~Me... "'==-" -- . ~~s)~- Etcc,.,-b-,'c,r ~ ElCA A 2.0 X \D-~ C ~v~e. LS ..~ t\I\e (t-~t~'{ of ()I. Cc~~ tl.At~ Sl'&e. DC:: 2.D C.If\I\' (.A.{I\IJJ:;l5, tVtc/ e-te"~'c f( IA-X ~V'O ~~ 'II. ()"'.e:.Qf- t;ke. ~_l.e'\$ " f ~ w-~., PO"'-' t ,~ w 1-()'We5Q~<'- * ~ VS\$ (..(A Ge.y.lP--6~ \\$ ! ~Ire, so ~t'~ t lS ~~ ~~':o~rth~ el~v~'",_fl\AX CDMlVl-"~YOIl1S~ tL-1.~o~Y!, tV\e.c."u~. tv.-be.: Sj~ G ~y~~ A :: l'~ -t;V\~ b~--:r:t~ ()-..~ &e,ce~t~'( ---~-~-~--~--- .tL~!:~ = ~ f .t;f/\ ~ kI. 0~ & u Vt? ~--~~ Q~~tR = ~~ - =- 8.8Sx 10 0 2.. -= ~;/ NVVI -c.. . ;/ ~;:r~~1: G. i':::. rvlA~ I. ,. vY\c;\ y~~S 0 F t e~V;.o;.; ~q ~~ l L ...J r;-~e;) q 1 -:=.2-)( ~ 0 -I ~ C -j Or:eo..rY4~Cjc:o.. --A ~~ ~t.. .f;Vl~ Wy W(:.,~Q.. (./jVV\.t-VS of ~ tV\e,. ~ s~VQre., of' St'tlec L= l~ N) S"cm ~.> elv~ showVt to llie l.~ -t:~e. of fre.se.-,.ce n'gv-vt. M.O--OJ~~ wo.e..l o,t-:d- .4:;'I\~ ~~t--~~ .ft7vtt... o.vt\V'8 ()~c ttII.e.. loWC-{-l.~ (.O'('{\t-1( ~V'"'~e.. of t;VI.~ otVter cJ/\o..r"~e.s, .1 2. 0 G foms oV'-"",,~y~ 3. fov- l..Wl.Vt eV'-~V\.~ 1:. \I\O\-\1~ tJ.vall\.VI+;II\e ~l \"'C~h'G.N\(:;O -l",,~ OV" ~ . --@ Lf~~~lW~ \('{t- ~g f71de:ltV1.e-W1 f;oOj~tVte~ 0\..\$ ~~TQRS!! ~~J?---+::~ -F3z. y-1- Y'~ t- Nob'a-" VS.e~ :=..l!::-C x lO-\~~ 2. C(). 0 5tfV\. 2) of- t,\f\ e r.,~(). yqe.s f.,'VI, t",-.e:- ~ YV-lf-lo.., fvy .\:)(\.e.. ~~L~'" 0f ~ ~ ~ ~ ~()(,..I.( p{vWvc..-bt-il ~()1It th~ = ~.Q..9.. '(~ =-- ~(~tI.l?IA. )C r~ J:;.i 2 X\ 0~~H x. to. 05 [ ~) '1. ~ -:.. N()Cr.}. M~rl --c-~ ~ F~.\ + t\1.~ hi " -

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Rochester - PHY - 113
P114PROBLEM SET 2Spring 2007Homework to be handed in by 1700 hours on Tuesday, 6 February 2007. [1] A uniform line charge extends from x = -2.5cm to x = 2.5 cm and has linear charge density = 4.5 nC/m. a: Find the total charge b: Find the elec
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P114PROBLEM SET 6Spring 2007Homework to be handed in by 1700 hours on 6 March 2007. [1] Consider a single turn circular loop of radius 20 cm. a) At what point along the axis is the magnetic field 1% of that at the center? b) Find the current in
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P114PROBLEM SET 7Spring 2007Homework to be handed in by 1800 hours on Tuesday 20 March 2007. [1] A 2.0 cm by 1.5 cm rectangular coil has 300 turns and rotates in a magnetic field of 4000 G. a; What is the maximum emf generated when the coil rot
Rochester - PHY - 113
P114PROBLEM SET 8Spring 2007Homework to be handed in by 1700 hours on 27 March 2007. [1] A plane parallel plate capacitor with circular plates of radius 1 meter and separation 1 mm is being charged with a current of 1 amp. (a) Show that the tot
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Rochester - PHY - 113
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Rochester - PHY - 113
Rochester - PHY - 113
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Rochester - PHY - 113
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Rochester - PHY - 113
Rochester - PHY - 113
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Rochester - PHY - 113
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Rochester - PHY - 113
Rochester - PHY - 113
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