...and Speed2.3Acceleration2.4Motion Diagrams2.5One-Dimensional Motion with Constant Acceleration2.6Freely...
...xt t0 22 Motion in One Dimension0v00...

...15 Oscillatory Motion CHAPTER OUTLINE ANSWERS...
...TO QUESTIONS 15.1 Motion of an Object...
...of simple harmonic motion, although of Simple...
...of Simple Harmonic Motion they are both...
...are both periodic motion. In neither case...
...the position. Neither motion is so smooth...
...15.4Comparing Simple Harmonic Motion with Uniform Circular...
...dismissal bell rings. Motion 15.5The Pendulum Q15.2...
...In simple harmonic motion, one-half of the...
...zero. Q15.6 The motion will still be...
...be simple harmonic motion, but the period...
...439 440 Oscillatory Motion Q15.7 We assume...
...without affecting the motion. We can effectively...
...effectively duplicate the motion of each individual...
...in simple harmonic motion, none of the...
...reduced. Q15.13 The motion will be periodic—that...
...PROBLEMS Section 15.1 Motion of an Object...
...then repeat the motion over and over...
...again. Thus, the motion is periodic. 1...
...law. 442 Oscillatory Motion Section 15.2 Mathematical...
...of Simple Harmonic Motion ? ? P15.2...
...rads 444 Oscillatory Motion *P15.8 The mass...
...msbg 446 Oscillatory Motion 22?? P15.16 m=200...
...bottom of her motion. ejejKUU KUU++=++gs i...
...s 448 Oscillatory Motion P15.23 Model the...
...Comparing Simple Harmonic Motion with Uniform Circular...
...with Uniform Circular Motion P15.25 (a) The...
...P15.25 (a) The motion is simple harmonic...
...looking at the motion of the bump...
...period of the motion is: 22? ?...
...with simple harmonic motion. Section 15.5 The...
...ms 450 Oscillatory Motion 2? 22? ?...
...the simple harmonic motion model: ? Ar==...
...from equilibrium, the motion is simple harmonic...
...is simple harmonic motion. 2 k g...
...P15.35 452 Oscillatory Motion P15.36 (a) The...
...page 454 Oscillatory Motion Substitute (3), (4)...
...?? 456 Oscillatory Motion P15.47 From the...
...page 458 Oscillatory Motion (b) The energy...
...a simple harmonic motion equation with ?=...
...the simple harmonic motion is then T==...
...5g 460 Oscillatory Motion P15.57 (a) Li...
...page 462 Oscillatory Motion 2 g g...
...time for the motion is ?t in...
...have simple harmonic motion with ? =...
...L 464 Oscillatory Motion P15.64 One can...
...following equations of motion: Tkx?=0 (describes the...
...the equation of motion 2 F 1...
...with simple harmonic motion. For a spring...
...mL 466 Oscillatory Motion P15.68 (a) Assuming...
...amplitude. 468 Oscillatory Motion P15.71 (a) When...
...?max =°500, the motion calculated by the...
...the simple harmonic motion approximation ??maxcos t...
...2 470 Oscillatory Motion *P15.74 (a) The...
...into simple harmonic motion centered about the...
...amplitude of its motion is its original...
...graph of the motion looks like this:...
...of simple harmonic motion, 1F mI m...
...points of the motion when the speed...
...kms 472 Oscillatory Motion 2 P15.12 (a)...

...6 Circular Motion and Other Applications...
...the resultant force Motion 6.2 Nonuniform Circular...
...6.2 Nonuniform Circular Motion is not sufficient...
...this case, 6.3 Motion in Accelerated the...
...the tire. 6.4 Motion in the Presence...
...157 158 Circular Motion and Other Applications...
...that describes the motion of the skydiver:...
...mechanics. 160 Circular Motion and Other Applications...
...to Uniform Circular Motion P6.1 m=300. kg,...
...ms 162 Circular Motion and Other Applications...
...period of the motion. FIG. P6.9 235...
...m 109 N motion TTab+= =165 N...
...minK 164 Circular Motion and Other Applications...
...6.2 Nonuniform Circular Motion P6.13 M=400. kg,...
...R 166 Circular Motion and Other Applications...
...ej Section 6.3 Motion in Accelerated Frames...
...horizontal. 168 Circular Motion and Other Applications...
...1 221 The motion across the floor...
.... 170 Circular Motion and Other Applications...
...171 Section 6.4 Motion in the Presence...
...ms 172 Circular Motion and Other Applications...
...msej 174 Circular Motion and Other Applications...
.... 176 Circular Motion and Other Applications...
...to calculate the motion, try different initial...
...ms . The motion proceeds thus: ?1FvyI...
...m/s. 178 Circular Motion and Other Applications...
...ms 180 Circular Motion and Other Applications...
...weightless. 182 Circular Motion and Other Applications...
...P6.65 184 Circular Motion and Other Applications...
...P6.67 186 Circular Motion and Other Applications...
...page 188 Circular Motion and Other Applications...
...msij. 190 Circular Motion and Other Applications...

...The Laws of Motion CHAPTER OUTLINE ANSWERS...
...forward into backward motion. In this case,...
...The Laws of Motion Q5.7 The molecules...
...of the weight’s motion, the scale reads...
...maintain the box’s motion. Q5.22 The stopping...
...direction of its motion relative to the...
...of possible sliding motion of the crate...
...The Laws of Motion SOLUTIONS TO PROBLEMS...
...of the molecule’s motion. ? vvat afi=+?...
...The Laws of Motion 22 22 vvfi?...
...The Laws of Motion P5.14 F a?...
...The Laws of Motion P5.20 (a) An...
...The Laws of Motion P5.25 After it...
...The Laws of Motion Fmm? I *P5.30...
...For the upward motion, 22 vvaxxxf xi...
...The Laws of Motion P5.33 First, we...
...The Laws of Motion P5.36 For equilibrium:...
...The Laws of Motion P5.41 m=300. kg,...
...The Laws of Motion P5.44 Let a...
...1, impending upward motion) Setting ?FPnx =°?=05000:cos....
...2, impending downward motion) As in Case...
...The Laws of Motion *P5.48 Since the...
...The Laws of Motion P5.52 F a?...
...The Laws of Motion (c) From above,...
...analyzing his free-fall motion: 22 vvaxfi=+=+2 02980...
...to infinity and motion would become impossible....
...The Laws of Motion P5.58 (a) Following...
...147 P5.59 With motion impending, nT mg+?=sin?...
...the foot with motion impending, ?FmafCxxs s=+?=:sin?...
...The Laws of Motion P5.61 ?Fma= For...
...The Laws of Motion P5.64 (a), (b)Motion...
...Motion P5.64 (a), (b)Motion impending n= 49.0...
...N (c) Once motion starts, kinetic friction...
...The Laws of Motion P5.68 Since it...
...up and down motion after release the...
...the direction of motion of the tablecloth....
...t=0490.. s The motion of the mug...
...The Laws of Motion P5.72 ?Fmayy= :...
...The Laws of Motion ANSWERS TO EVEN...

...Vectors 4.2 Two-Dimensional Motion with Constant Acceleration...
...Acceleration 4.3 Projectile Motion 4.4 Uniform Circular...
...4.4 Uniform Circular Motion ?x v= ....
...flight, ag 80 Motion in Two Dimensions...
...component of the motion determines the flight...
...component of the motion determines the flight...
...vertical component of motion. Since both the...
...direction of its motion. (b) The acceleration...
...component of the motion does not affect...
...360 s 82 Motion in Two Dimensions...
...Section 4.2 Two-Dimensional Motion with Constant Acceleration...
...H K 84 Motion in Two Dimensions...
...x-component of the motion we have xxvtatfixix=++...
...Section 4.3 Projectile Motion P4.10 xvtv t==xi...
...334. K 86 Motion in Two Dimensions...
...the direction of motion just before impact...
...R 150. 88 Motion in Two Dimensions...
...vicos.307° The vertical motion is described by...
...m ej 90 Motion in Two Dimensions...
...For the horizontal motion, we have 1...
...m?= . 92 Motion in Two Dimensions...
...t=112. s. 94 Motion in Two Dimensions...
...4.4 Uniform Circular Motion 2 2 v...
...0900. m 96 Motion in Two Dimensions...
...later. The curvilinear motion at with constant...
...tr16? 4? 98 Motion in Two Dimensions...
...first. c 100 Motion in Two Dimensions...
...For the initial motion in S’, we...
...there is no x-motion in S, we...
...2980ej. ms The motion of the ball...
...whole free fall motion vvatyf yi y=+...
...0300. m 102 Motion in Two Dimensions...
...107. ms. 104 Motion in Two Dimensions...
...The equations of motion after release at...
...The equations of motion after release at...
...ms downward. 106 Motion in Two Dimensions...
...FIG. P4.60(f–g) 108 Motion in Two Dimensions...
...f Equations of motion: xvt= i a2f...
...the equations of motion: FIG. P4.64 L...
...2 af100. 110 Motion in Two Dimensions...
...For the Coyote’s motion through the air...
...and reversing the motion will make the...
.... The upstream motion of the boat...
...min. The downstream motion is described byw...
...30 min 112 Motion in Two Dimensions...
...FIG. P4.71 114 Motion in Two Dimensions...

...2 Motion in One Dimension...
...smaller by 2.4 Motion Diagrams 2.5 One-Dimensional...
...Diagrams 2.5 One-Dimensional Motion 8 with Constant...
...graph of the motion shown to the...
...right represents such motion, as the initial...
...particle is in motion. If the acceleration...
...constant. 21 22 Motion in One Dimension...
...0.1 s 24 Motion in One Dimension...
...m . 26 Motion in One Dimension...
...?200. ms 28 Motion in One Dimension...
.... Section 2.4 Motion Diagrams P2.18 (a)...
...the kinds of motion shown in (a)...
...Section 2.5 One-Dimensional Motion with Constant Acceleration...
...102... 2903600afbg 30 Motion in One Dimension...
...H4 K 32 Motion in One Dimension...
...point in the motion). Use the expressions...
...K 2 34 Motion in One Dimension...
...be finite. 36 Motion in One Dimension...
...a. For its motion from entry to...
...FIG. P2.39 38 Motion in One Dimension...
...by considering his motion from just after...
...s s 40 Motion in One Dimension...
...the equation of motion of the mailbag...
...m+? ...= 42 Motion in One Dimension...
...m m+= 44 Motion in One Dimension...
...s K 46 Motion in One Dimension...
...of the rocket’s motion. 2 2 (0...
...total area. 48 Motion in One Dimension...
.... m 50 Motion in One Dimension...
...msa f 52 Motion in One Dimension...
...1.79 s 54 Motion in One Dimension...