Suppose that an object travels from one point in space tn vx5ntz tm)o,m12m/0mmf p p1 3yjzw-o another. Make a comparison between the displacement and thpmnoxnmz f/mtv 1) 2 zj0tmw5,m1p-y3e distance traveled.

  When is the average velocity of an object equal to the instantaneo*j zmefl1:b(h us velocity?

  A new car manufacturer advertises that 2- kdz4yw s-rftheir car can go "from zero to sixty in 8 s". Th4 -sky zwd-2fris is a description of

  An object moving in the +x ax6mtou0qf-/),y bg clpis experiences an acceleration of $2.0 \; m/s^2$. This means the object is

  Suppose that a car traveling to the East (+x directionf md gv btoj3y3h/d49.) begins to slow down as it approaches a traffic light. Make a statement conv f34mbjh./ytdg o9d3cerning its acceleration.

  Suppose that a car traveling to the West (-x direction) begins to slow down vev j)k fsg b5o1x32vbqyu*) em +lit 8br/0:gas it approaches a traffic light. jo05x)mr b/ gl:fsi2eu1ve)g38k yvv*+bbt q Make a statement concerning its acceleration.

  Suppose that an object is moving with a constant velocity. Make a statement civ9 2m:uejsz dh2c /2qoncerning its accelerat9 iudqeh2cjs zvm22 /:ion.

  If the velocity of an object is zezpvj2knro:v2:ka5a ,e ) 5rhp ro, does it mean that the acceleration is zero? p ,rh)vn5k5z2ar e:jovak : p2 Support your answer with an example.

  Can an object's velocity change direction when its acceleration is constant?*lb 1 qufmlolil6k4+ 1 Support b k*1l6 q1fl uol4lmi+your answer with an example.

  Suppose that an object is moving with constant accelqdf)gl3so,cl,mx)3 g t8z1pj eration. Make a statement concerning its motion witglpx,8,gz jl)1c f3 ds3 o)tqmh respect to time.

  Can an object have increasing speed w2 /no z( vx;ibl8yiwd1hile its acceleration is decreasing? Support i2vdil1x( y8/wz ; nobyour answer with an example.

  Suppose a can, after an initial kick, h ow h 1mul(-dm;rtqz-f( q x51zg-8mmmoves up along a smooth hill of ice. Make a statement concerning its acu-mogz1m z(-(-qm q8rl dfw htx;h51mceleration.

  Under what condition is average velocity equal to the average of the object's in(cv k1 qq87xgeit1g(7c vxk8eq qial and final velocity?

  Objects A and B both start at rest. sci1whlqm4fx: 6 0 sx0b+lxa* They both accelerate at the same rate. However, object A accelerates for twice the time as object B. What is the final speed of object A compared to that of object B?qi*m: 1xbxlws6cx0 0 4afl+ sh

  Objects A and B both start from rest. They both:6heqoeu 0r+ z accelerate at the same rate. However, object A accelerates for twice the time as object B. What is the dista hu+6 rzoeq:0ence traveled by object A compared to that of object B?

  When an object is released from rest and falls in t0nnp9 x/ v8 8,ilqwfv:k5cvdehe absence of friction, which of the fonx9nkv8,/cevv8l 5 p fq 0d:willowing is true concerning its motion?

  When an object is released from rest and falls in the absence of friction, whibjle,,wcb op9 ; 9x5ncch of the following icce,bx9l;b pw9njo ,5s true concerning its motion?

  Suppose a ball is thrown straight up. Make a statement about the vvf,;cg63/qky/ yw a:9be nspgelocity and the acceleration when the ball reaches the highest pe9/6yga sgpy,k/c bf3;:wqv n oint.

  Suppose a ball is thrown straight up. What is its acceleratio+xj 2bk+ fak32gxtg(wn just before it reaches its highest point? xk gf +b(txg2a3+2jwk

  Suppose a ball is thrown straight up, reaches4sow3xox- ebl7pj z( 8 a maximum height, then falls to its initial height. Make zb 4(oolxj-exs83 7wp a statement about the direction of the velocity and acceleration as the ball is going up.

  A ball is thrown straue(,1ob-4g2q e*c8(/ zxz hhfyprdty ight up, reaches a maximum height, then falls to its initial height. Make a statement aboutxy(/rzh(d*gotz1 he8,e y-bu q42cf p the direction of the velocity and acceleration as the ball is coming down.

  Suppose a ball is thrown doavexptm+3vpp/ un50 1 wnward in the absence of air resistance. Make a statement concerning its ac3p0mp5tvxe+1 u anpv/celeration.

  Suppose a skydiver jumps from a high-flying plane. What is howa2ux m5dr5(er acceleration when shea2u5 (ordxwm5 she reaches terminal velocity?

  A ball is thrown vertical: zi6+yuk1f 6kb/wwj jly upward with a speed v. An identical second ball is thrown upward with a speed 2v (twice as fast). What is the ratio of/i6 kbj+w wf61 yzuj:k the maximum height of the second ball to that of the first ball? (How many times higher does the second ball go than the first ball?)

  Ball A is dropped from the top of a building. One han),j 8 .njsgzi2ta3second later, ball B is dropped from the same building. As time prog iz2n. jta8n,g3)jas hresses, the distance between them

  Ball A is dropped from the top of a building. One second laorm4.i s dp,q5) d.nhdter, ball B is dropped from the same building. As time progresses, the differencn,sdmpo d hiqd.5r4. )e in their speeds

  Two objects are thrown fro4 jhd d;7sid5nm the top of a tall building. One is thrown up, and the other is thrown down, both with 74ndi5sd jdh ;the same initial speed. What are their speeds when they hit the street?

  A brick is dropped from the top of a building. dtetgs/ zv0zm)3c z,22pyf.e A second brick is thrown straight down)2c/3,etzvsdt y.2zep zm0gf from the same building. They are released at the same time. Neglect air resistance. Compare the accelerations of the two bricks.

  An object is moving with constant non-zerzo0 :emo f*ag4o velocity in the +x axis. The position versus :gzof*e4o ma0time graph of this object is

  An object is moving with constant no5*)xuomjx4 + 5idexsmn-zero acceleration in the +x axis. The position vsdxx 4)ex5o mmuj5*+ iersus time graph of this object is

  An object is moving with constant non-zero vbf9 sz 5;cn*ta4 onzkyh0,v7i elocity in the +x axis. The velocity v4 tvnc9h5;,iy7z szb*fna0ko ersus time graph of this object is

  An object is moving with cey p 44nokgi;b8at 07wonstant non-zero acceleration in the +x axis. The veloci0w np7 by;gti 8okae44ty versus time graph of this object is

  The slope of a position versus tilyl7 hhjd93a( md3w;t me graph gives

  The slope of a velocity versus time graph g(2 cvr,g7 anf1jz os2aives

  The area under a cury)jhfloo69t ( v5tl53v kwp tio48.a ave in an acceleration versus time graph gives

  The area under a curve in a velocity versus time g n(gjjc + *ld8y(g2bsnraph gives

  If the position versus time graph of an /i1fqrz kpqdj e r+xqzl-7* /pu16rk. object is a horizontal line, the object / q.rlqx *pz6+r7rp1e- d/k1kifq uj zis

  If the position versus time graph of an qad ex g- buo58(9dlltb. ,9eeobject is a vertical line, the object isubg(.-o q59eelax 9dl,t 8deb

  If the velocity versus time wf p6a0xzco4 j(9o;pm graph of an object is a horizontal line, the object is 0xwapc;fzo46j9(m op

  If the velocity versus timew8 +-sb ( or)z+higv)xbkn (eo graph of an object is a straight line making an angle of 30 degrees with the time axis,z) ib(h)vrkson eowb+ g+(x-8 the object is

  An object moves 15.0 m north and then 11.0 m sox(oi6gnm 45mz(/ wjwy uth. Find both the distance traveled and the magni5om4nw(w /m 6zy(xgji tude of the displacement vector.

  A boat can move at 30 km/h in still water. How long will n--hy zk( 2/l64a5t u xpema:.j zozmhit take to move 12 km upstream in a river flo.ux ez-4-za6n m5j(tlzyh/ po mak:2h wing 6.0 km/h?

  55 mi/h is how many m/s? (1 mi =p3aj(ovrl0;d yyu,1 f 1609 m)

  What must be your average spee2 s0klbq 9b5)4grp 3fc jcs.hod in order to travel 350 km in 5.15 h?

  A runner ran the marathon (approximately 42.0 km) in 2 hours and 57 mins3n3e0zf2y d klhg/oc.b d2d+. What is the avera3 0+g.ydc2onf bh32sklz/ded ge speed of the runner in m/s?

  A car travels 90 km/h. How long does it take for ie*9 rbne+t6di t to travel 400 km?

  A ly (light year) is the distance6qk;i5c1*p iyb ico ,p that light travels in one year. The speed of light is 3.00 x 108 m/s. How many miles a cicb5kop1ip,q 6 ;y*ire there in a ly? (1 mi = 1609 m, 1 yr = 365 d.)

  If you are driving 72 km/h along a stig9x5yu9s ;m1(bgr/c vz.kvo raight road and you look to the side for 4.0 s, how far do you travel durigb5/ ;oz9 1v9 vimy(u .gkrxscng this inattentive period?

  If you run a complete loop arounf);yuiq( p g4fd an outdoor track (400 m), in 100 s, your average velocity i)4(uf qypfgi ;s

  A polar bear starts at the North Pole. It travels 1.0 km south, z2m pp3)dy *vj-)h2zylw r 6pjthen 1.0 km east, then 1.0 km north, then 1.0 km west to return to its pp rj2zm 6vy hyj)wl2-) zp*d3starting point. This trip takes 45 min. What was the bear's average speed?

  A polar bear starts at the North Pole. It tra+ e0b dk 0jc+b:jsspcn -rxq87vels 1.0 km south, then 1.0 km east, then 1.0 km north, then 1.0 km west to return to its starting point. +jcxb+ eqs80 -j7 k:0pdcnsbr This trip takes 45 min. What was the bear's average velocity?

  You are driving home on a weekend from s;a8 880xwqz w7c+u* dnifc iyfchool at 55 mi/h for 110 miles. It then starts to snow and you slow to 35 mi/h. You arrive home after drx78zwn 0 u8d wyqi+*fc;afci8 iving 4 hours and 15 minutes. How far is your hometown from school?

  A motorist travels 160 km at 80 km/h and 160 km at 100 km/h. What is the d6-cxy9do hn(average speed of the motorist for y6-xn odhd9(cthis trip?

  A motorist travels for 3.0 h at 80 km/h and 2.0 h at 100 km/h. Wko 0 w9hnp 3wi/*frd0bhat is her average sphw 3 b /dnor0f9*ipwk0eed for the trip?

  An airplane travels at 300 mi/h south for 2.00 h and then at 250 mi/h north ) +6vz wii4drxfor 750 miles. Wh)xwi 6i4v+rdz at is the average speed for the trip?

  In a 400-m relay race the anchorman (t h aiw . 8qocr-t j.so28vqo7sog(f+,the person who runs the last 100 m) for team A can run 100 m in 9.8 s. His rival, the anchorman for team B, can cover 100 m in 10.1 s. What is the largest lead the team B runner can have when the team A runner starts the final leg of the race, in order t-t.ior8tcoa.w ghq+sq 2j (7o, ofs8v hat the team A runner not lose the race?

  A car decelerates uniformly and cowfbjaej)s,v -0 r;qm8dyg. o *mes to a stop after 10 s. The car's average velocity during decelera8rog dbys e-f0a.jv ;,m*)qjwtion was 50 km/h. What was the car's deceleration while slowing down?

  An airplane increases its speed from 100 m/s to 160 m/s, at the average rat8-)lllr ji5*b ravcugg 3k;6 w+rwnx*e of c ljb3 ruw8 *v;-r)* l rxkaglinw+g56$15 \; m/s^2$. How much time does it take for the complete increase in speed?

  A car traveling 60 km/h accelerates at the f0xnms)x6hx+ f z7m z/rate of $2.0 \; m/s^2$. How much time is required for the car to reach a speed of 90 km/h?

  A cart starts from rest isvn m,t76(s f-jo9u cand accelerates at $4.0 \; m/s^2$ for 5.0 s, then maintain that velocity for 10 s, and then decelerates at the rate of $2.0 \; m/s^2$ for 4.0 s. What is the final speed of the car?

  A car travels at 15 m/s for 10 s. It then speeds up with a constant acc(kpw+nej :+ ooeleration of ewpnjo+:k+(o $2.0 \; m/s^2$ for 15 s. At the end of this time, what is its velocity?

  A cart with an initial velocity of 5.0 m/s experiences a constant accelerat,2i7 /mem)k y bflo 8jdzd6p0jion odbip,ylmkf70o82 6 jjzm)/def $2.0 \; m/s^2$. What is the cart's displacement during the first 6.0 s of its motion?

  A bullet moving horizontally to the right (+x direction) with a spgo :rh;+qnqa ;5 -zklceed of 500 m/sr h+o:;ck lqznqg5 -a; strikes a sandbag and penetrates a distance of 10.0 cm. What is the average acceleration, in $m/s^2$, of the bullet?

  A jet fighter plane is launched from a catapult on an aawq/;tc(q3q (fkvex4x +f f) st f3+inircraft carrier. It reaches a speed of 42 m/s at the end of the catapult, and this requires 2.0 s.as3+t (ff fc qx3/ni ;x qt)4fkvwqe+( Assuming the acceleration is constant, what is the length of the catapult?

  A car starting from rest moves with constantef9eohuzl s h.:47:attj2e9fzf )ty0 acceleration of $2.0 \; m/s^2$ for 10 s, then travels with constant speed for another 10 s, and then finally slows to a stop with constant acceleration of
-$2.0 \; m/s^2$. How far does it travel?

  A car goes from 40 m/s to 80 m/s in a distance of 200 m. What is e)n3a) 5bawh 6w)r.zi o1bsru its average acceleration?. iwor1 53nzw6ebaus rhb))a )

  An object starts from rest and undergoes uniform acceleration. During the firidsu)lypys)td:)i *, st second it travels 5.0 m. How far willui)*yyd p :, )sidls)t it travel during the third second?

  An object is moving in a straight line with constant accelitgs,o-1 17zfugm qu6eration. Initially it is traveling at 16 m/s. Three seconds later it is travelii7gm,u1 tuf6g z-q o1sng at 10 m/s. How far does it move during this time?

  A car starts from re t+ a4vi4/emfmst and accelerates uniformly at $3.0 \; m/s^2$. A second car starts from rest 6.0 s later at the same point and accelerates uniformly at $5.0 \; m/s^2$. How long does it take the second car to overtake the first car?

A car with good tires on a dry road can decelerd,l0twlgdwu1s0g 1;s ate at about $5.0 \; m/s^2$ when braking. Suppose a car is initially traveling at 55 mi/h.
(a.) How much time does it take the car to stop?
(b.) What is the stopping distance?

At the instant a traffic light turns green, a car that has ta75)jdd2knrd9 k t3 ebeen waiting at the intersection starts aheaj5d t)kn932ka7 d dertd with a constant acceleration of $2.00 \; m/s^2$. At that moment a truck traveling with a constant velocity of 15.0 m/s overtakes and passes the car.
(a.) Calculate the time necessary for the car to reach the truck.
(b.) Calculate the distance beyond the traffic light that the car will pass the truck.
(c.) Determine the speed of the car when it passes the truck.

  An object is thrown upward with a speed of 12 m/s on the spt*wc fn4)kdpy6 ja75i y,h, vurface of planet X where the acceleration duey tp fij)cdkw*hpav 5,n6,y74 to gravity is $1.5 \; m/s^2$. What is the maximum height reached by the object?

  An object is thrown upward with a speed ow z*5w*-gf j:rl;hjh df 12 m/s on the surface of planet X where the acceleration due-r*g:wz 5;*fjjdwhhl to gravity is $1.5 \; m/s^2$. How long does it take for the object to reach the maximum height?

  An object is thrown upward with a speed of 15 m/sw 0 ox+lay)ep9 on the surface of planet X where th)op0+ae9yw l xe acceleration due to gravity is $2.5 \; m/s^2$. How long does it take for the object to return to where it is thrown?

  An object is thrown tl 83e):mk d 8(:vuwdn(zeiysdpjvj*6f-,tdupward with a speed of 14 m/s on the surface of planet X where the accelerati:l8 pd (sudty:iz*jen6 j e, v-mfdv8)tw(3kd on due to gravity is $3.5 \; m/s^2$. What is the speed of the object after 8.0 s?

  Human reaction time is usualw v3 8wsfvg:3bly greater than 0.10 s. If your friend holds a ruler between your fingers and releavw3wfs b83:vgses it without warning, how far can you expect the ruler to fall before you catch it?

  A ball is thrown upward at a velocity of 19.6 m/s. Wharfzb/(di1/jvq1k z a;t is its velocity after 3.001q//i zj;kvdbr( fza 1 s?

  A bullet shot straight up returns to its starting point in 10 s. What is the vit:/ k,jfrp2 initial tp/r:jikf,v 2speed of the bullet?

  A ball is thrown straight up with a speed of 36.0 m/s. How long does it v)67bw x0lz4hgs;af ,qqw5u c take to return to its starting poina7;b0,c4xvq wq )6uszhg f5wl t?

  A ball is thrown downplcr0.+o24wp; tuzm j ward from the top of a building with an initial speed of 25 m/s. It strikes the ground after 2.0 s. How high is the uom .0pprt +;2wljcz4 building?

  A ball is thrown straight up with a speed of-hle.,n47+cilg eq of 30 m/s. (only fill in numerical value in tn-ole4 ,l7cq eh+ifg.he blanks)
(a.) How long does it take the ball to reach the maximum height?    $s$
(b.) What is the maximum height reached by the ball?    $m$
(c.) What is its speed after 4.2 s?    $m/s$

  A foul ball is hit straight up into the air with a speed of 30.0ds)(u4/ce4*d n vh zxe m/s. (only fill in numerical vdxn/h)u 4 e4cse(zd *value in the blank)
(a.) Calculate the time required for the ball to rise to its maximum height.    $s$
(b.) Calculate the maximum height reached by the ball.    $m$
(c.) Determine the time at which the ball pass a point 25.0 m above the point of contact between the bat and ball for the first time.    $s$
(d.) Determine the time at which the ball pass a point 25.0 m above the point of contact a second time.    $s$

  In Fig. 2-1, what is the veloci ebik; k3;fxd,ty at t = 1.0 s?

  In Fig. 2-1, what is the velocity at t = 2+dudo ox1q 0;h.5 s?

  In Fig. 2-1, what is the velocit s bjuqb:r0jttu28,7py at t = 4.0 s?

  In Fig. 2-1, what is t(d0lc (s ljkuezn3: c5zu;sr*u( 5bc che velocity at t = 5.5 s?

  In Fig. 2-1, what is the average velocity fjue*-0c/va6wbger* : - fztxlrom 0 to 4.0 s?

  In Fig. 2-1, what is the average velocity from 0 to 6.2*vl awtzrggv5 6o 4h:0 s?

  In Fig. 2-2, what is the acceleration at 1.0 s?ksn:yp5 /7xzc

  In Fig. 2-2, what is the acceleration at 3.pemew0b03k6 zq ff1k9 0 s?

  In Fig. 2-2, what is the average acceler fpu9c*m5a2kt ation from 0 to 5.0 s?

  In Fig. 2-2, what is the av zo2es,myd -f (;xi1sgerage acceleration from 0 to 8.0 s?

  In Fig. 2-2, what is the displ-wa* .g6xq ;scl89ujzd c9f ntog(;ciacement from 0 to 8.0 s?