4.LA redexcept for their color, move towaid each otherin adjecent lanes and parallel toX-axis At time t =0, the red carXp=0cat and a green car identicalIS atand the green cat is at Xg =250mcar has a constant velocityIf the redof 20 Km/hr, the cars pas$ each other atX=S Som, and if it hasNelocity of 40 Km/ht, they will pass eachlother at X =897-qr Determine the fime associated with Hiemotionconstanttothe red car.b-Derive the uppro priate egation for thegreen carC.What isi.The initiali The accelerationvelocity of the green carOf Hhe green cardr At what point will they meet if thevelocity of the green cat is twice thahof the red cai

Name: 4.LA redexcept for their color, move towaid each otherin adjecent lan
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: 4.LA redexcept for their color, move towaid each otherin adjecent lanes and parallel toX-axis At time t =0, the red carXp=0cat and a green car identicalIS atand the green cat is at Xg =250mcar has a constant velocityIf the redof 20 Km/hr, the cars p

The equation of motion we use are s = ut + 12at2, where v = the final velocity u = the initial…

Science

Physics

car identical LA red car and except for Htheir color, move toward each ofher in adjecent lanes and paralle to X-axis At time t =0, the red green IS at Xp=0 and the green cat is at Xg =250m If the red car has a constant velocit4 of 20 Km/hr, the X=15 Som, and if it has Nelacity of 40 Km/ht, they wil pass each Lother at X =897- at Detirmine Hhe time associated with Hie motion cars pass each other at constant the red Car. b-Derive the uppropriate eggtion for the green car CWhat is i The initial velocity of i. The acceleration ths green car of Hie cor green d. At what point will Hhey meet if the velocity of the green cat is twice tha of the red car

car identical LA red car and except for Htheir color, move toward each ofher in adjecent lanes and paralle to X-axis At time t =0, the red green IS at Xp=0 and the green cat is at Xg =250m If the red car has a constant velocit4 of 20 Km/hr, the X=15 Som, and if it has Nelacity of 40 Km/ht, they wil pass each Lother at X =897- at Detirmine Hhe time associated with Hie motion cars pass each other at constant the red Car. b-Derive the uppropriate eggtion for the green car CWhat is i The initial velocity of i. The acceleration ths green car of Hie cor green d. At what point will Hhey meet if the velocity of the green cat is twice tha of the red car

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Stations in a starts from a and and B are 10 Km apart straight track , 의est a train B. for and at three quaters of the comes to distance train is uniformly accelerated Hemainder the and for the distance uniformly 15 minutes aceelera tedn, the Hetarded. if it takes over f ind its whole journey, and attains- maximum speed it retardation the
AS. Find the instantaneous velocity of the particle described in the right figure at the following times (m) 10 For t-05s, r-( 1 m's For t-255, e-(4 I ms For t44s, ( m/s For t-735, -( m/s
Do it asap
Problem 3: Luild cuvved or banhed to engincer propoaes roud. Banking VAn is suoh thent at cerrain Speed, frichion ut all is neede od Gor the no car to move the curve. the be bunhad> should cur what anyle V =25mls r= 250 m re25mls
A cheetah can accelerate from rest to a speed of 30.0 m/s in 7.00 s. What is its average acceleration i meters per second squared?
Helppp
A worker tosses bricks one by one to a coworker on a scaffold 4.50 m above his location. Each brick is in flight for 1.95 s. Find initial and fianl velocity
NO: FREE FALL AN OBTECT DROPPE DATE: Y-AXIS 21XA-X From the top OF the building uith the boilding with an Inihal vetocity ot 20mo 20 -0 m/s straight upuard, at an minal heght oF 50.0 m and the ballA A Just misses the edge dF the roof on H3 way down. Determine. M) 0 a.3the time needed For the ball to tne maximum herght = Vo t at 0= 20.0 m/s + (9.80 mls~2)t t- 20.0 m/6 9.80 mf62 = 204 S B the maxinJm heignt Ay= 10 = Vot + 1/2 at2 Y max = vot +2 at + 100 m0A1 0-H
Derive kinematic equatio ns for con s tant acceleration case.
Asap both parts