- 2.2/1: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/2: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/3: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/4: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/5: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/6: 2/1 through 2/6 treat the motion of a particle which moves along th...
- 2.2/7: Calculate the constant acceleration a in gs which the catapult of a...
- 2.2/8: A particle moves along a straight line with a velocity in millimete...
- 2.2/9: The acceleration of a particle is given by where a is in meters per...
- 2.2/10: During a braking test, a car is brought to rest beginning from an i...
- 2.2/11: Ball 1 is launched with an initial vertical velocity Three seconds ...
- 2.2/12: A projectile is fired vertically with an initial velocity of 200 m/...
- 2.2/13: A ball is thrown vertically upward with an initial speed of 80 ft/s...
- 2.2/14: In the pinewood-derby event shown, the car is released from rest at...
- 2.2/15: Starting from rest at home plate, a baseball player runs to first b...
- 2.2/16: The graph shows the displacement-time history for the rectilinear m...
- 2.2/17: The car is traveling at a constant speed km/h on the level portion ...
- 2.2/18: In traveling a distance of 3 km between points A and D, a car is dr...
- 2.2/19: During an 8-second interval, the velocity of a particle moving in a...
- 2.2/20: A particle moves along the positive x-axis with an acceleration in ...
- 2.2/21: A girl rolls a ball up an incline and allows it to return to her. F...
- 2.2/22: A train which is traveling at 80 mi/hr applies its brakes as it rea...
- 2.2/23: Car A is traveling at a constant speed at a location where the spee...
- 2.2/24: Repeat the previous problem, only now the driver of car A is travel...
- 2.2/25: Repeat Prob. 2/23, only now the driver of car A sees and reacts ver...
- 2.2/26: The 14-in. spring is compressed to an 8-in. length, where it is rel...
- 2.2/27: A single-stage rocket is launched vertically from rest, and its thr...
- 2.2/28: An electric car is subjected to acceleration tests along a straight...
- 2.2/29: A particle starts from rest at and moves along the x-axis with the ...
- 2.2/30: A retarding force is applied to a body moving in a straight line so...
- 2.2/31: The deceleration of the mass center G of a car during a crash test ...
- 2.2/32: A sprinter reaches his maximum speed in 2.5 seconds from rest with ...
- 2.2/33: If the velocity v of a particle moving along a straight line decrea...
- 2.2/34: A car starts from rest with an acceleration of which decreases line...
- 2.2/35: Packages enter the 10-ft chute at A with a speed of 4 ft/sec and ha...
- 2.2/36: In an archery test, the acceleration of the arrow decreases linearl...
- 2.2/37: The 230,000-lb space-shuttle orbiter touches down at about 220 mi/h...
- 2.2/38: Reconsider the rollout of the space-shuttle orbiter of the previous...
- 2.2/39: The body falling with speed strikes and maintains contact with the ...
- 2.2/40: Particle 1 is subjected to an acceleration particle 2 is subjected ...
- 2.2/41: The steel ball A of diameter D slides freely on the horizontal rod ...
- 2.2/42: A certain lake is proposed as a landing area for large jet aircraft...
- 2.2/43: The electronic throttle control of a model train is programmed so t...
- 2.2/44: A particle moving along the s-axis has a velocity given by where t ...
- 2.2/45: The cone falling with a speed strikes and penetrates the block of p...
- 2.2/46: The acceleration of the piston in a small reciprocating engine is g...
- 2.2/47: The aerodynamic resistance to motion of a car is nearly proportiona...
- 2.2/48: A subway train travels between two of its station stops with the ac...
- 2.2/49: Compute the impact speed of a body released from rest at an altitud...
- 2.2/50: Compute the impact speed of body A which is released from rest at a...
- 2.2/51: A projectile is fired horizontally into a resisting medium with a v...
- 2.2/52: The horizontal motion of the plunger and shaft is arrested by the r...
- 2.2/53: On its takeoff roll, the airplane starts from rest and accelerates ...
- 2.2/54: A test projectile is fired horizontally into a viscous liquid with ...
- 2.2/55: A bumper, consisting of a nest of three springs, is used to arrest ...
- 2.2/56: When the effect of aerodynamic drag is included, the y-acceleration...
- 2.2/57: The vertical acceleration of a certain solid-fuel rocket is given b...
- 2.2/58: The preliminary design for a rapid-transit system calls for the tra...
- 2.2/59: At time the position vector of a particle moving in the x-y plane i...
- 2.2/60: A particle moving in the x-y plane has a velocity at time given by ...
- 2.2/61: The velocity of a particle moving in the x-y plane is given by at t...
- 2.2/62: A particle which moves with curvilinear motion has coordinates in m...
- 2.2/63: The x-coordinate of a particle in curvilinear motion is given by wh...
- 2.2/64: The y-coordinate of a particle in curvilinear motion is given by wh...
- 2.2/65: A rocket runs out of fuel in the position shown and continues in un...
- 2.2/66: A particle moves in the x-y plane with a y-component of velocity in...
- 2.2/67: A roofer tosses a small tool to the ground. What minimum magnitude ...
- 2.2/68: Prove the well-known result that, for a given launch speed the laun...
- 2.2/69: Calculate the minimum possible magnitude u of the muzzle velocity w...
- 2.2/70: The center of mass G of a high jumper follows the trajectory shown....
- 2.2/71: The quarterback Q throws the football when the receiver R is in the...
- 2.2/72: The water nozzle ejects water at a speed at the angle Determine whe...
- 2.2/73: Water is ejected from the water nozzle of Prob. 2/72 with a speed F...
- 2.2/74: A football player attempts a 30-yd field goal. If he is able to imp...
- 2.2/75: The pilot of an airplane carrying a package of mail to a remote out...
- 2.2/76: During a baseball practice session, the cutoff man A executes a thr...
- 2.2/77: If the tennis player serves the ball horizontally calculate its vel...
- 2.2/78: The basketball player likes to release his foul shots with an initi...
- 2.2/79: A projectile is launched with an initial speed of 200 m/s at an ang...
- 2.2/80: A rock is thrown horizontally from a tower at A and hits the ground...
- 2.2/81: The muzzle velocity of a long-range rifle at A is Determine the two...
- 2.2/82: A projectile is launched with a speed from the floor of a 5-m-high ...
- 2.2/83: A projectile is launched from point A with the initial conditions s...
- 2.2/84: A team of engineering students is designing a catapult to launch a ...
- 2.2/85: Ball bearings leave the horizontal trough with a velocity of magnit...
- 2.2/86: A horseshoe player releases the horseshoe at A with an initial spee...
- 2.2/87: A fireworks shell is launched vertically from point A with speed su...
- 2.2/88: Consider the fireworks shell of the previous problem. What angle co...
- 2.2/89: Determine the location h of the spot toward which the pitcher must ...
- 2.2/90: The pilot of an airplane pulls into a steep 45 climb at 300 km/h an...
- 2.2/91: Compare the slant range and flight time for the depicted projectile...
- 2.2/92: A projectile is launched from point A and lands on the same level a...
- 2.2/93: A projectile is ejected into an experimental fluid at time The init...
- 2.2/94: An experimental fireworks shell is launched vertically from point A...
- 2.2/95: A projectile is launched with speed from point A. Determine the lau...
- 2.2/96: A projectile is launched from point A with the initial conditions s...
- 2.2/97: Determine the maximum speed for each car if the normal acceleration...
- 2.2/98: A car is traveling around a circular track of 800-ft radius. If the...
- 2.2/99: Six acceleration vectors are shown for the car whose velocity vecto...
- 2.2/100: The driver of the truck has an acceleration of 0.4g as the truck pa...
- 2.2/101: A bicycle is placed on a service rack with its wheels hanging free....
- 2.2/102: A ship which moves at a steady 20-knot speed (1 executes a turn to ...
- 2.2/103: A train enters a curved horizontal section of track at a speed of 1...
- 2.2/104: The two cars A and B enter an unbanked and level turn. They cross l...
- 2.2/105: Revisit the two cars of the previous problem, only now the track ha...
- 2.2/106: A particle moves along the curved path shown. If the particle has a...
- 2.2/107: The speed of a car increases uniformly with time from 50 km/h at A ...
- 2.2/108: The figure shows two possible paths for negotiating an unbanked tur...
- 2.2/109: Consider the polar axis of the earth to be fixed in space and compu...
- 2.2/110: A satellite travels with constant speed v in a circular orbit 320 k...
- 2.2/111: The car is traveling at a speed of 60 mi/hr as it approaches point ...
- 2.2/112: Write the vector expression for the acceleration a of the mass cent...
- 2.2/113: The preliminary design for a small space station to orbit the earth...
- 2.2/114: Magnetic tape is being transferred from reel A to reel B and passes...
- 2.2/115: The car C increases its speed at the constant rate of as it rounds ...
- 2.2/116: A football player releases a ball with the initial conditions shown...
- 2.2/117: For the football of the previous problem, determine the radius of c...
- 2.2/118: A particle moving in the x-y plane has a position vector given by ,...
- 2.2/119: The design of a camshaft-drive system of a fourcylinder automobile ...
- 2.2/120: A small particle P starts from point O with a negligible speed and ...
- 2.2/121: At a certain point in the reentry of the space shuttle into the ear...
- 2.2/122: The particle P starts from rest at point A at time and changes its ...
- 2.2/123: For the conditions of the previous problem, determine the magnitude...
- 2.2/124: Race car A follows path a-a while race car B follows path b-b on th...
- 2.2/125: The mine skip is being hauled to the surface over the curved track ...
- 2.2/126: An earth satellite which moves in the elliptical equatorial orbit s...
- 2.2/127: A particle which moves in two-dimensional curvilinear motion has co...
- 2.2/128: In a handling test, a car is driven through the slalom course shown...
- 2.2/129: The pin P is constrained to move in the slotted guides which move a...
- 2.2/130: A particle which moves with curvilinear motion has coordinates in m...
- 2.2/131: The position of the slider P in the rotating slotted arm OA is cont...
- 2.2/132: A model airplane flies over an observer O with constant speed in a ...
- 2.2/133: A car P travels along a straight road with a constant speed . At th...
- 2.2/134: The sphere P travels in a straight line with speed . For the instan...
- 2.2/135: If the 10-m/s speed of the previous problem is constant, determine ...
- 2.2/136: As the hydraulic cylinder rotates around O, the exposed length l of...
- 2.2/137: The drag racer P starts from rest at the start line S and then acce...
- 2.2/138: In addition to the information supplied in the previous problem, it...
- 2.2/139: An internal mechanism is used to maintain a constant angular rate a...
- 2.2/140: The radial position of a fluid particle P in a certain centrifugal ...
- 2.2/141: The slider P can be moved inward by means of the string S, while th...
- 2.2/142: The piston of the hydraulic cylinder gives pin A a constant velocit...
- 2.2/143: The rocket is fired vertically and tracked by the radar station sho...
- 2.2/144: A hiker pauses to watch a squirrel P run up a partially downed tree...
- 2.2/145: A jet plane flying at a constant speed v at an altitude is being tr...
- 2.2/146: A projectile is launched from point A with the initial conditions s...
- 2.2/147: Instruments located at O are part of the groundtraffic control syst...
- 2.2/148: In addition to the information supplied in the previous problem, th...
- 2.2/149: The cam is designed so that the center of the roller A which follow...
- 2.2/150: The slotted arm OA forces the small pin to move in the fixed spiral...
- 2.2/151: A rocket is tracked by radar from its launching point A. When it is...
- 2.2/152: For an interval of motion the drum of radius b turns clockwise at a...
- 2.2/153: Car A is moving with constant speed v on the straight and level hig...
- 2.2/154: The hydraulic cylinder gives pin A a constant velocity along its ax...
- 2.2/155: The particle P moves along the parabolic surface shown. When , the ...
- 2.2/156: The member OA of the industrial robot telescopes and pivots about t...
- 2.2/157: The robot arm is elevating and extending simultaneously. At a given...
- 2.2/158: During a portion of a vertical loop, an airplane flies in an arc of...
- 2.2/159: The particle P starts from rest at point O at time , and then under...
- 2.2/160: The low-flying aircraft P is traveling at a constant speed of 360 k...
- 2.2/161: Pin A moves in a circle of 90-mm radius as crank AC revolves at the...
- 2.2/162: A fireworks shell P fired in a vertical trajectory has a y-accelera...
- 2.2/163: An earth satellite traveling in the elliptical orbit shown has a ve...
- 2.2/164: At time , the baseball player releases a ball with the initial cond...
- 2.2/165: The velocity and acceleration of a particle are given for a certain...
- 2.2/166: A projectile is launched from point O with an initial speed directe...
- 2.2/167: An amusement ride called the corkscrew takes the passengers through...
- 2.2/168: The radar antenna at P tracks the jet aircraft A, which is flying h...
- 2.2/169: The rotating element in a mixing chamber is given a periodic axial ...
- 2.2/170: The vertical shaft of the industrial robot rotates at the constant ...
- 2.2/171: The car A is ascending a parking-garage ramp in the form of a cylin...
- 2.2/172: An aircraft takes off at A and climbs at a steady angle with a slop...
- 2.2/173: For the conditions of Prob. 2/172, find the values of , , and for t...
- 2.2/174: The rotating nozzle sprays a large circular area and turns with the...
- 2.2/175: The small block P travels with constant speed v in the circular pat...
- 2.2/176: An aircraft is flying in a horizontal circle of radius b with a con...
- 2.2/177: The base structure of the firetruck ladder rotates about a vertical...
- 2.2/178: The member OA of the industrial robot telescopes. At the instant re...
- 2.2/179: Consider the industrial robot of the previous problem. The telescop...
- 2.2/180: In a design test of the actuating mechanism for a telescoping anten...
- 2.2/181: In the design of an amusement-park ride, the cars are attached to a...
- 2.2/182: The particle P moves down the spiral path which is wrapped around t...
- 2.2/183: Car A rounds a curve of 150-m radius at a constant speed of 54 km/h...
- 2.2/184: For the instant represented, car A is rounding the circular curve a...
- 2.2/185: The passenger aircraft B is flying east with a velocity . A militar...
- 2.2/186: A marathon participant R is running north at a speed . A wind is bl...
- 2.2/187: A small aircraft A is about to land with an airspeed of 80 mi/hr. I...
- 2.2/188: The car A has a forward speed of 18 km/h and is accelerating at . D...
- 2.2/189: A small ship capable of making a speed of 6 knots through still wat...
- 2.2/190: Hockey player A carries the puck on his stick and moves in the dire...
- 2.2/191: A ferry is moving due east and encounters a southwest wind of speed...
- 2.2/192: A drop of water falls with no initial speed from point A of a highw...
- 2.2/193: While scrambling directly toward the sideline at a speed 20 ft/sec,...
- 2.2/194: The speedboat B is cruising to the north at 75 mi/hr when it encoun...
- 2.2/195: Starting from the relative position shown, aircraft B is to rendezv...
- 2.2/196: Airplane A is flying horizontally with a constant speed of 200 km/h...
- 2.2/197: If the airplane in Prob. 2/196 is increasing its speed in level fli...
- 2.2/198: The spacecraft S approaches the planet Mars along a trajectory b-b ...
- 2.2/199: Two ships A and B are moving with constant speeds and , respectivel...
- 2.2/200: Airplane A is flying north with a constant horizontal velocity of 5...
- 2.2/201: In Prob. 2/200 if aircraft A is accelerating in its northward direc...
- 2.2/202: The shuttle orbiter A is in a circular orbit of altitude 200 mi, wh...
- 2.2/203: After starting from the position marked with the x, a football rece...
- 2.2/204: The aircraft A with radar detection equipment is flying horizontall...
- 2.2/205: At a certain instant after jumping from the airplane A, a skydiver ...
- 2.2/206: A batter hits the baseball A with an initial velocity of directly t...
- 2.2/207: If block B has a leftward velocity of 1.2 m/s, determine the veloci...
- 2.2/208: At a certain instant, the velocity of cylinder B is 1.2 m/s down an...
- 2.2/209: Cylinder B has a downward velocity in feet per second given by , wh...
- 2.2/210: Determine the constraint equation which relates the accelerations o...
- 2.2/211: Determine the vertical rise h of the load W during 5 seconds if the...
- 2.2/212: A truck equipped with a power winch on its front end pulls itself u...
- 2.2/213: For the pulley system shown, each of the cables at A and B is given...
- 2.2/214: Determine the relationship which governs the velocities of the two ...
- 2.2/215: The pulley system of the previous problem is modi- vA fied as shown...
- 2.2/216: Neglect the diameters of the small pulleys and establish the relati...
- 2.2/217: Determine an expression for the velocity of the cart A down the inc...
- 2.2/218: Under the action of force P, the constant acceleration of block B i...
- 2.2/219: The small sliders A and B are connected by the rigid slender rod. I...
- 2.2/220: The power winches on the industrial scaffold enable it to be raised...
- 2.2/221: Collars A and B slide along the fixed right-angle rods and are conn...
- 2.2/222: Collars A and B slide along the fixed rods and are connected by a c...
- 2.2/223: The particle A is mounted on a light rod pivoted at 2/224 O and the...
- 2.2/224: The rod of the fixed hydraulic cylinder is moving to the left with ...
- 2.2/225: With all conditions of Prob. remaining the same, determine the acce...
- 2.2/226: Neglect the diameter of the small pulley attached to body A and det...
- 2.2/227: The position s of a particle along a straight line is given by , wh...
- 2.2/228: While scrambling directly toward the sideline, the football quarter...
- 2.2/229: A golfer is out of bounds and in a gulley. For the initial conditio...
- 2.2/230: At time a small ball is projected from point A with a velocity of 2...
- 2.2/231: The third stage of a rocket is injected by its booster with a veloc...
- 2.2/232: The small cylinder is made to move along the rotating rod with a mo...
- 2.2/233: Rotation of the arm PO is controlled by the horizontal motion of th...
- 2.2/234: In case (a), the baseball player stands relatively stationary and t...
- 2.2/235: A small projectile is fired from point O with an initial velocity a...
- 2.2/236: The motion of pin P is controlled by the two moving slots A and B i...
- 2.2/237: The angular displacement of the centrifuge is given by rad, where t...
- 2.2/238: For the instant represented the particle P has a velocity in the di...
- 2.2/239: As part of a training exercise, the pilot of aircraft A adjusts her...
- 2.2/240: A small aircraft is moving in a horizontal circle with a constant s...
- 2.2/241: Car A negotiates a curve of 60-m radius at a constant speed of 50 k...
- 2.2/242: Particle P moves along the curved path shown. At the instant repres...
- 2.2/243: At the instant depicted, assume that the particle P, which moves on...
- 2.2/244: The radar tracking antenna oscillates about its vertical axis accor...
- 2.2/245: The rod of the fixed hydraulic cylinder is moving to the left with ...
- 2.2/246: With all conditions of Prob. 2/245 remaining the same, determine th...
- 2.2/247: Two particles A and B start from rest at and move along parallel pa...
- 2.2/248: A baseball is dropped from an altitude and is found to be traveling...
- 2.2/249: The slotted arm is fixed and the four-lobe cam rotates counterclock...
- 2.2/250: At time , the 1.8-lb particle P is given an initial velocity at the...
- 2.2/251: A low-flying cropduster A is moving with a constant speed of 40 m/s...
- 2.2/252: A projectile is launched from point A with speed . Determine the va...
- 2.2/253: By means of the control unit M, the pendulum OA is given an oscilla...
- 2.2/254: The guide with the vertical slot is given a horizontal oscillatory ...

# Solutions for Chapter 2: Kinematics of Particles

## Full solutions for Engineering Mechanics | 7th Edition

ISBN: 9780470614815

Solutions for Chapter 2: Kinematics of Particles

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