Match each position-time graph with the correct description of the object it isrepresenting. Assume the directional conventions are followed and the object is movingin a straight line.25 position time graphs.png515t51421 2 3time (s)1 2 3 4 51 2 3time (s)4.time (s)5131 2 3 4 512 3time (s)time (s)position (m)(w) uonisod(w) uonisod 3893/takeand Septe...12 Content 2:031.. enKMI Virtual Busines...2 34 51 2 34 5Hme le)[Choose ]The object is accelerating to the right; v is not constantThe object is moving left; v = -0.4 m/sThe object is moving right; v = -1.25 m/sThe object is at rest; v = 0 m/s1 2 3time (s) The object is accelerating to the left; v is not constantThe object is moving right; v = -0.4 m/sThe object is moving right; v = +0.4 m/sThe object is moving left; v = +0.4 m/sThe object is moving left; v = -1.25 m/sThe object is moving right; v = +1.25 m/sThe object is moving left; v = +1.25 m/s[Choose ][Choose ][Choose ]

The position time graph is given for different situations for an object. The position is plotted…

Answered: Match each position-time graph with the…

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)...

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2. Juliet is trying to determine the height of her balcony from the base of the building without leaving her balcony. To do this, she asks Romeo for advice. Using concepts of physics that we have discussed in class, what advice should Romeo give to Juliet? Hint: Assume that Juliet has access to a timer and her reacting time to start and stop the timer is zero. Also, she has an object that she can drop and there is no air resistance. Clearly, explain your answer.
For an object moving in a horizontal straight line: its displacement function is given by s(t)= 3t3 - 6t2+ 14 at anytime t Att 1 second we can say that the object is O A. moving with uniform speed O B. changing direction O C. slowing down O D. speeding up
The position of a particle moving along the x axis is given by x -21 + 22t - 6 t m, where tis in s. What is the position of the particle at t= 1 s?. Select one: O 20 m O 17 m O there is no answer O 57 m O 37 m Activate Windows Next page Go to Settings to activate VWindo 04:44 O 4)) G ENG
2. Write the kinematic equations for distance and velocity describing a particle moving in the x-direction with initial position 4m, initial velocity 2m/s, undergoing a constant acceleration of 3m/s² a) x(t) %D b) v(t) =
%3D 7. The position coordinates of a particle are given by x = In(1 + 2t), y = 2 cos(tt), and z = tsin(Tt/2) where x, y,and z are in meters while t is in seconds. Determine the following quantities: A. Position vector at t-0.0s and t= 1.0s B. Distance of the particle from the origin at t=0.0 s and t= 1.0 s C. Average velocity in the time interval t-0.0 s to t=1.0 s D. Instantaneous velocity at time t-0.0 s, and at time t=1.0 s E. Average acceleration in the time interval t=D0.0 s to t=1.0 s F. Instantaneous acceleration at time t= 0.0 s, t=0.5 s, and t= 1.0 s
I’ve asked this question already but the explanation didn’t make any sense Could you explain it in an easier way? ☹️
The position-time graph that describes the motion of an object is given as in the figure below. if the values of a= 140.7m, b=229.2m and c=323.3m, Find the average velocity ( in units of m/s) over the time period [10, 30] seconds x(m) C 1(s) 10 20 30 40 Select one: A. 4.42 OB. 18.49 OC. 471 OD-5.90
The position of a particle moving along the x axis is given by x = (2-61-2) m, where x is measured in m and t is measured in s. What is the position (in m) of the particle at the instant it changes direction? Litfen birini seçinc. Oa-2 Ob. -6 OC-1 Od.-7 e-3
1. Suppose that the velocity of a particle in motion is given by v(t) = 44t² +²+1 feet per second, where t is in seconds from now. Find the position of the particle after 5 seconds.
The position of an object is given by s(t) = sin(t). What is the displacement of the object between t = andt O 0.866 O 0.5 O -0.5 O -0.866
11. The velocity function v(t) = -4t + 2, 1 sIS 4, (in meters per second) is given for a particle moving along a line. Find the displacement. %3D
5. For the following scenarios, you should mark a reference point on the object. Calculate the distance and displacement travelled by the flying device in each of the three flights. Show your work and include the units. Flight 1 P 10 Flight 2 0 10 Flight 3 H 20 20 10 30 30 10 40 cm 20 50 50 60 60 cm 40 70 70 80 X₂ 80 50 60 90 100 90 n 70 100

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