The equations describing the position of a water stream (with respect to time) coming out of the hose, shown in the followingfigure, are given by the following.yX(Vy)o = 1.5 m/sHose-Xo = 2mx = x₁ + (Vx) oty = Y₁ + (V₂) ot — — — gt²2V(V₂) = 2.6 m/sYo = 1.5 mIn these relationships, x and y are position coordinates, x and y are initial coordinates of the tip of the hose, (Vx) and (V₂)are the initial velocities of water coming out of the hose in the x- and y-directions, g = 9.81 m/s², and t is time.Plot the x- and y-positions of the water stream as a function of time. Also, plot the path the water stream will follow as a functionof time. Compute and plot the components of velocity of the water stream as a function of time. (Submit a file with a maximumsize of 1 MB.)

Initial position: →xo=2 m ; yo=1.5 m Initial velocity: →Vxo=2.6 m/s ; Vyo=1.5 m/s Equation in x…

The equations describing the position of a water stream (with respect to time) coming out of the hose, shown in the following figure, are given by the following. (Vy)o= = 1.5 m/s V VE (V)0 = 2.6 m/s Hose. Yo = 1.5 m X -Xo = 2 m x = x₁ + (Vx) ot y = y₁ + (V₂)ot - 21/gt² In these relationships, x and y are position coordinates, X and yo are initial coordinates of the tip of the hose, (Vx) and (Vy)o are the initial velocities of water coming out of the hose in the x- and y-directions, g = 9.81 m/s², and t is time. Plot the x- and y-positions of the water stream as a function of time. Also, plot the path the water stream will follow as a function. of time. Compute and plot the components of velocity of the water stream as a function of time. (Submit a file with a maximum size of 1 MB.)

The equations describing the position of a water stream (with respect to time) coming out of the hose, shown in the following figure, are given by the following. (Vy)o= = 1.5 m/s V VE (V)0 = 2.6 m/s Hose. Yo = 1.5 m X -Xo = 2 m x = x₁ + (Vx) ot y = y₁ + (V₂)ot - 21/gt² In these relationships, x and y are position coordinates, X and yo are initial coordinates of the tip of the hose, (Vx) and (Vy)o are the initial velocities of water coming out of the hose in the x- and y-directions, g = 9.81 m/s², and t is time. Plot the x- and y-positions of the water stream as a function of time. Also, plot the path the water stream will follow as a function. of time. Compute and plot the components of velocity of the water stream as a function of time. (Submit a file with a maximum size of 1 MB.)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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