# 1. Consider a PSA initially at rest in the beginning of the left-hand end of a long ISS corridor. Assume xo = 0 on the left end of the ISS corridor.

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1 In Eercise 1, use sndrd recngulr Cresin coordine sysem. Le ime be represened long he horizonl is. Assume ll ccelerions nd decelerions re consn. 1. Consider PSA iniilly res in he beginning of he lef-hnd end of long ISS corridor. Assume o = 0 on he lef end of he ISS corridor. A 0 n sronu requess n emergency ideo conference wih ground conrol nd he PSA uniformly cceleres o he righ for seerl seconds > 3. A. For he PSA s moion described boe, In he firs digrm, skech he grph of ccelerion s. ime. In he second digrm, skech he grph of elociy s. ime, nd In he hird digrm skech of displcemen s. ime. B. For he PSA s moion described boe, drw ecors represening Accelerion, Velociy nd Displcemen he four imes lised below. o o o C. In ech cse, circle he nswer h bes describes he siuion. When 1 < < 3 Accelerion is: consn chnging zero posiie negie When 1 < < 3 Velociy is: consn chnging zero posiie negie When 1 < < 3 Displcemen is: consn chnging zero posiie negie

2 In Eercise 2, use sndrd recngulr Cresin coordine sysem. Le ime be represened long he horizonl is. Assume ll ccelerions nd decelerions re consn. 2. Ground conrol is using PSA s ideo cmer o surey he progress of seerl dozen biology eperimens. A o he PSA is iniilly moing consn speed in srigh line from lef o righ. A 2 ground conrol direcs he PSA o ccelere o greer speed in he sme direcion for seerl seconds > 3. A. For he PSA s moion described boe, In he firs digrm, skech he grph of ccelerion s. ime. In he second digrm, skech he grph of elociy s. ime, nd In he hird digrm skech of displcemen s. ime. B. For he PSA s moion described boe, drw ecors represening Accelerion, Velociy nd Displcemen he four imes lised below. o o o C. In ech cse, circle he nswer h bes describes he siuion. When o < < 2 Accelerion is: consn chnging zero posiie negie When o < < 2 Velociy is: consn chnging zero posiie negie When 2 < < 3 Displcemen is: consn chnging zero posiie negie In Eercise 3, use sndrd recngulr Cresin coordine sysem. Le ime be represened long he horizonl is.

3 Assume ll ccelerions nd decelerions re consn. 3. Consider PSA iniilly moing consn elociy from lef o righ in long ISS corridor. A o n sronu commnds he PSA o decelere. A 1.5 he PSA sops moing o he righ nd begins ccelering o he lef. A 3 he PSA hs reched he sme consn speed i sred wih, only now moing from righ o lef. A. For he PSA s moion described boe, In he firs digrm, skech he grph of ccelerion s. ime. In he second digrm, skech he grph of elociy s. ime, nd In he hird digrm skech of displcemen s. ime. B. For he PSA s moion described boe, drw ecors represening Accelerion, Velociy nd Displcemen he four imes lised below. o o o C. In ech cse, circle he nswer h bes describes he siuion. When 0 < < 1.5 ccelerion is: consn chnging zero posiie negie When 1.5 < < 3 elociy is: consn chnging zero posiie negie When 0 < < 1.5 displcemen is: consn chnging zero posiie negie

4 In Eercise 4, use sndrd recngulr Cresin coordine sysem. Le ime be represened long he horizonl is. Assume ll ccelerions nd decelerions re consn. 4. Consider PSA moing op speed in srigh line from lef o righ. Suddenly, n sronu flos down nd sops direcly in fron of he PSA. Beween 0 nd 1 he PSA quickly deceleres o res in order o oid hiing he sronu. Beween 1 nd 2 he PSA sops nd remins res s he sronu moes ou of he wy. A 2 he PSA begins o ccelere from lef o righ unil reching i s op speed. A. For he PSA s moion described boe, In he firs digrm, skech he grph of ccelerion s. ime. In he second digrm, skech he grph of elociy s. ime, nd In he hird digrm skech of displcemen s. ime. B. For he PSA s moion described boe, drw ecors represening Accelerion, Velociy nd Displcemen he four imes lised below. o o o C. In ech cse, circle he nswer h bes describes he siuion. When 0 < < 1 ccelerion is: consn chnging zero posiie negie When 1 < < 2 elociy is: consn chnging zero posiie negie When 2 < < 3 displcemen is: consn chnging zero posiie negie

5 In Eercise 5, use sndrd recngulr Cresin coordine sysem. Le ime be represened long he horizonl is. Assume ll ccelerions nd decelerions re consn. 5. Consider PSA iniilly res. A 0 he PSA cceleres from lef o righ owrds he cener of long ISS corridor. A 1 he PSA sops ccelering nd coninues moing consn speed unil 2. A 2 he PSA deceleres nd comes o res 3. A. For he PSA s moion described boe, In he firs digrm, skech he grph of ccelerion s. ime. In he second digrm, skech he grph of elociy s. ime, nd In he hird digrm skech of displcemen s. ime. B. For he PSA s moion described boe, drw ecors represening Accelerion, Velociy nd Displcemen he four imes lised below. o o o C. In ech cse, circle he nswer h bes describes he siuion. When 1 < < 2 ccelerion is: consn chnging zero posiie negie When 2 < < 3 elociy is: consn chnging zero posiie negie When 0 < < 3 displcemen is: consn chnging zero posiie negie

6 Vericl Posiion s. Time of P O S I T I O N (m) Time (s) Consider he boe Displcemen s. Time grph boe. I represens he ericl displcemen of squirrel s i climbs up nd down ree. The squirrel srs Y = 0 m which represens he lowes brnch on he ree. 1. During which imes is he Squirrel moing: ) owrds he op of he ree? (0s < < 2s), (4s < < 6s), (13s < < 16s), (18s < < 20s) b) wy from he op of he ree? (6s < < 12s), (16s < < 18s) c) no moing ericlly? (2s < < 4s), (12s < < 13s), (20s < < 22s) 2. Find he erge elociy for: ) he ime inerl beween 3 5 seconds. 3-5s = + 3 m/s b) he ime inerl beween seconds s = - 8/3 m/s c) he ime inerl beween 0 20 seconds. V 0-20s = 0 m/s

7 3. How mny imes does he squirrel reurn o he lowes brnch on he ree? Four Times 4. Find he erge elociy beween =18 o =20 seconds. V g = + 5 m/s 5. Predic he squirrel s elociy = 12.5 s. V 12.5 = 0 m/s 6. When he displcemen is negie, wh does h men in erms of he squirrels posiion on he ree wih respec o he lowes brnch? The squirrel is below he lowes brnch. 7. A wh ime(s) does he Squirrel chnge direcion? = 6s, = 13s, = 16s, = 18s 8. Wh is he Squirrel s mimum displcemen from he lowes brnch? + 12 m 9. When is he Squirrel speeding up? = 4s, = 6s, = 10s, = 16s, = 18s 10. When is he Squirrel slowing down? = 2s, (4s < < 6s), (10s < < 13s), (14s < < 16s), = 18s 11. Wh is he Squirrel s ccelerion beween =6 nd =10 seconds? 0 m/s 2

8 Kinemics Grphs Gien eiher n ccelerion, elociy or displcemen grph, skech grphs of he missing wo. Emple: Gien consn posiie elociy skech grphs of ccelerion nd displcemen.. b. c.

9 d. e. f. g.

10 In-Clss Problems 1 Dimensionl Kinemics Neglec ir resisnce unless oherwise specified. 1. The posiion of model rdio conrolled cr rcing down srigh rck ws obsered rious imes nd he resuls re summrized in he ble below. (m) (s) Find he erge elociy of he cr for he 1s second. b. Find he erge elociy of he cr for he ls 3 seconds. c. Find he erge elociy of he cr for enire period of ime. d. Find he erge speed of he cr for he enire period of ime.

11 2. A LAHS swimmer swims he lengh of 50.0m pool in 20.0s nd mkes he reurn rip o he sring posiion in 22.5s. A. Predic he erge elociy in he firs hlf of he swim. B. Predic he erge elociy in he ls hlf of he swim. C. Predic he erge elociy in he round rip. D. Predic he erge speed in he round rip.

12 3. A ery ligh cheerleder is hrown srigh up in he ir by her collegues. Her iniil elociy upon losing conc wih he hrowers is 14.7 m/s =0. A =1.50 s she reches he pe of her ericl rjecory where her elociy 0 m/s. A. Predic he cheerleder s erge ccelerion during his 1.50 s inerl? Wh is he significnce of he negie sign of your nswer? B. If he cheerleder coninues o ccelere he sme re, predic he cheerleder s finl elociy jus before she s cugh he sme leel she ws hrown? C. Grph he cheerleder s displcemen, elociy nd ccelerion s. ime.

13 4. Consider cliff dier flling from res from he op of 125 m ll cliff edge. A. Predic he ime i kes he dier o rech he wer 125 m below he cliff s edge. B. Predic he elociy of he cliff dier jus before she reches he wer. C. Predic he erge elociy of he cliff dier during her freefll. D. Grph he cliff dier s displcemen, elociy nd ccelerion s. ime.

14 5. Consider furniure moer rying o se ime by lunching boes upwrd from he ground leel o noher moer lening ou 3 rd sory window. If he second moer s hnds re 11.5 m boe he ground A. Predic he iniil elociy bo mus he such h he 2 nd moer cn rech ou nd grb he bo when i s is pe. B. Predic he ime for he bo o rech is pe. C. If he 2 nd moer doesn cch he bo, predic is elociy jus before i his he ground. D. Grph he bo s displcemen, elociy nd ccelerion s. ime.

15 7. Consider Sprin cr drier rcing consn speed round circulr rck wih rdius of 85.0 m. A. Clcule her erge speed if she complees one qurer of lp in 8.0 s. B. Clcule her erge elociy for he sme 8.0 s qurer urn. C. Clcule her erge elociy for complee reoluion.

16 8. Consider Crl driing long srigh srech of rodwy consn elociy of 35 m/s. A he ec sme ime she psses police cr i begins o uniformly ccelere fer her, from res, 4.5 m/s 2. A. How much ime psses before he police cr cches up o Crl? B. How fr hs Crl drien before he police cr psses her? C. How fr hs he police cr drien before pssing Crl? D. Grph Crl s nd he police officer s displcemen s. ime on he sme grph. Wh does he inersecion poin represen? E. Grph Crl s nd he police officer s elociy s. ime on he sme grph. Wh does he inersecion poin represen? How is he re under Crl s elociy s. ime grph reled o he re under he officer s elociy s. ime grph?

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