Physics_7A_-_Fall_2005_-_Boggs_-_Final_Exam_Solutions

# Physics_7A_-_Fall_2005_-_Boggs_-_Final_Exam_Solutions -...

• Notes
• 11
• 100% (1) 1 out of 1 people found this document helpful

This preview shows pages 1–11. Sign up to view the full content.

This preview has intentionally blurred sections. Sign up to view the full version.

This preview has intentionally blurred sections. Sign up to view the full version.

This preview has intentionally blurred sections. Sign up to view the full version.

This preview has intentionally blurred sections. Sign up to view the full version.

This preview has intentionally blurred sections. Sign up to view the full version.

This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: FALL. 9.005 “PH‘mcs 1A FWALCBOAAS) If SOLuTl ON 551‘ W Row“ L. ; ﬂCvaxa+fg®99> 9W 21% a; a; Whit Peach/Lam” We ﬁrm/LL 64-14), _ H _ YePLOLLQ, h by 1». T: mug/\$3: 1 \$57 mmeﬁ ff- {noir‘FFCk wHJr Vesfec‘r‘l‘z I P‘W‘f- A use, ParachL ax): Jdleorem. . l: ch‘l’M'f‘l- » ‘ 7 W m mil-MR2 3% a w»: m Aask.,, : ‘ZMRZ+ Mrz <‘:~R%+w>/<w :- m (b) mrmwéaﬁm If T 2 amass; 1» wwwsz 3L 72.. b . meckm G); \$FCT§=OI a :22 9— 3F [43L2(2;+V>1= %(-:a+1)=o. ’me r2235, my a} R72 : R/Jz— \\ ‘ 4 Z 22' Meszi (n) : T2; %( 3+1.) UAQ—v , 001-3}. ZJZEI :fur Pay-Eve 96 “3/ % “:u \IOJJ?££ cub {if 7€=y. 2-45.13 21' if R — ~. ’ 3- Z‘Vﬂzg ’ZJa—F'T— 3 EA MCI/ﬁne, Hunk H32 rfgkf’w 3‘ e I: o; CbMqu/Ct, ‘eryx T2,Hmi7j,must be WMMFS—QCL when Kl _ - '2? " T— or 4;; R/JZ ' ' ' R AMW 39w P0.H7 (1:) L5 T’th; 73:. Amww yoﬁ‘lrQo) Hm _; rad/2w; ﬁr—aﬁm cj» “Hm, mij obkk. Tx m 51; , Jams E in, M94 gaokswteawm 7 w‘Hck Lew 1’“. 7 , . This makes Sense, sMoe 7‘>?R, “the (mm. Waki— a, (Pm‘hi JAMS, “the PIVSFML PW becOMes 0L, SFWMPLQ/g WW , j ' 1 g1 «» r , Wham ,, r<< 12g, 2t+l~ 4 ~27 . . ’ 4 BL \ a, if F901: T -> 00 ~ __ [A (M Frma (SL372 :>&:f/2 2 N 1 2 I (>4 1‘ 60b F“3’IQ‘?"‘/2 <>< 30 CODE “33%” ‘ Hm Y‘aMt‘WI OL‘MC‘HM F‘s MﬁCQféMXQ 40 Ho dL‘rzci‘l‘a/x 0f we ;5‘ Uki‘"0f‘f(ML€_ (L\ fzmq :> v; vb~ﬂkﬁt ﬁg fpﬁmﬁloz :> w: wfiéfﬁit +661 (and;me I79“??? WW diva/Hui (‘g V+ LOPIC a; Vr/‘éﬁf +we/2-é/uﬁw (7 W S T" ELI/Ma . ¥ ‘ \ :7)" MWWI5 7) Dﬂgll./¢IL32’ 0 (03 H0 puma >9 ism lab ‘11) 72*” 354,1 ‘HML 3M m7} >08 V: W 17> 0/ 1D MTG“, I kg 7 { 7A3 PresWIg, ‘HK: cUradn‘Oﬂ 37L Val/edgy oLerrﬂ :6 (ll/«MUS r In clowmmmwdd Cbpeai 1):”?‘47. ‘ We'lﬁediﬁjjewe mﬁm ._ r ,1 EW%SWM.\ , UL) We, have, jme’boob dbﬂrm a} ﬁe :lqﬂdjvek on ﬁe @3ch IM—HAL wam 2,5 , Emma? ltrboM, Dawn: 1951;55 W5 ‘ Dr- \ 1 2.3. - , ' fijaL (mm, , cttlz— Uﬁ — 55 W5 ‘ ‘ 4:0 0» Eqwécm cm w is 0., we.er Dneou» auﬁuwm ﬁwﬁﬁ. 0w ‘ at ; J —4: Agar/kg, A (Xi—)6 e /t 1 7 A 77693" '47/‘5 we” :4ch " 3(359)’ 73 Q “He, 7 waWLCS , -5. eff: z"- 3km )5 €Vﬂ—a = — 7%»15 e‘Vt— (—vaws). “For m gawk +1) 5; swig jar mg +, We, was W. - 13:13" i 0415‘“? 1 f , To CLCILRJ'MA‘AC We, W W59, ‘H\€.7Mu‘+1\0i Cow‘hm, d3 Elm U - 01' ' M (c) . Shae, sPeecL «70 lO‘OOM Hm: fur be Jckwx Uﬂ» "'7 ‘83 >> 0,527. _ ., SO ﬁekwcﬁniﬂ sPeecL R. aprPn/mﬁlﬁ (CL) \ Shae Sized ‘bo ﬁe, haw Wmivml. sped. “'OL F 4"? m/5 initiak ej- jy-em Uﬁ —0L, is Mt We, can afPY‘bXmeL-e ‘Hﬂ WUO'H‘cn as 0/ ID WW WC‘HK Cumsfwd‘ Swazi vd. The“ wa masﬁwa Jcktervae. E31 moo m’ _‘ \m'mm Aux) 13m Jaw PAW- At an meulm c‘c gem b7 l1FAt : AP = MW?) 49 F: 33%”): é“o°3.%o:léfA/.. ([3) M9 ?g P: F V = W 35 = WI NW6. (c) A/o , m mm 1%} gym?) 6mm erg was? (M512 KM as Wm mum. PM of Wm gm (a am Oh TL: L‘wﬁc fmﬂm Plays” a uré So it (est; 7. (25 points) A large tank of water is ﬁlled to a height H. A small hole is drilled in the side of the tank at a height h above the base of the tank. 0 (a) Calculate the distance d away from the base of the tank where the water strikes the ground. [15 pts] (b) Determine at what height h this distance d would be maximum. [10 pts] 05 A :B l V90 (Si/vet %+ as“ + 2sz = 3264+ 65‘» + éevl. f5(H-k§=%évz ‘ «x, 513044») 106:1}; ’6 be» lq— "is’fz 23Lon : RE 21' so xtrmhuon 2“ a dd ._ 1V2 " E) a?" it’ltm‘iw ’* gtqu—qw)"tw’%> =0 ' HH’QLaO ==> HH'IBR élh‘ZiH .3 “‘3 ~.‘— at) 17C : “.LLDKL" 99) 8. (25 points) A mass m is dropped from rest at the Equator, from an initial height H. Ignore air resistance in this problem. (a) In what direction is the projectile deﬂected by the Coriolis force? [5 pts] (b) Determine the distance of the horizontal deﬂection when the mass hits the ground (from the point it would have hit with no deﬂection), in terms of the initial height H, and the Earth’s rotation 0). (Assume this horizontal deﬂection does not signiﬁcantly affect the vertical motion of the projectile.) [15 pts] (c) Evaluate the deﬂection for H=1000 m. [5 pts] US’MaL lauded? WAX-e =39 Tot-iv “HM {>me ‘ at: loom“ gm (adj) = Meir 6v 1w amt/‘1): lwv‘ze‘ig") 7K1 mar; ﬁlm/l; m e) (“4196,13 5‘ ,7er mahm r? dog? 8 <\ Clc = lug-i: .1} 4: iv ,fcl'r‘x'ﬁ whit ...
View Full Document

• Spring '08
• Lanzara

{[ snackBarMessage ]}

### What students are saying

• As a current student on this bumpy collegiate pathway, I stumbled upon Course Hero, where I can find study resources for nearly all my courses, get online help from tutors 24/7, and even share my old projects, papers, and lecture notes with other students.

Kiran Temple University Fox School of Business ‘17, Course Hero Intern

• I cannot even describe how much Course Hero helped me this summer. It’s truly become something I can always rely on and help me. In the end, I was not only able to survive summer classes, but I was able to thrive thanks to Course Hero.

Dana University of Pennsylvania ‘17, Course Hero Intern

• The ability to access any university’s resources through Course Hero proved invaluable in my case. I was behind on Tulane coursework and actually used UCLA’s materials to help me move forward and get everything together on time.

Jill Tulane University ‘16, Course Hero Intern