One object moves vertically along the y-axis (x=0), and one object moves horizontally along the x-axis (y=0). a: If Green is at y = -10 meters and Orange is at x = -13 meters, how far are they from each other (in meters)? b: At time t, Orange's x-position is x(t) and Green's y-position is y(t). Orange and Green fly at vO and vG. The numbers (for this problem) are: x(0) = -54.9 meters y(0) = -89.8 meters vO = 10.0 m/s vG = 13 m/s t = 9.3 s How far apart are they at time t?
One object moves vertically along the y-axis (x=0), and one object moves horizontally along the x-axis (y=0). a: If Green is at y = -10 meters and Orange is at x = -13 meters, how far are they from each other (in meters)? b: At time t, Orange's x-position is x(t) and Green's y-position is y(t). Orange and Green fly at vO and vG. The numbers (for this problem) are: x(0) = -54.9 meters y(0) = -89.8 meters vO = 10.0 m/s vG = 13 m/s t = 9.3 s How far apart are they at time t?
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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One object moves vertically along the y-axis (x=0), and one object moves horizontally along the x-axis (y=0).
a: If Green is at y = -10 meters and Orange is at x = -13 meters, how far are they from each other (in meters)?
b: At time t, Orange's x-position is x(t) and Green's y-position is y(t). Orange and Green fly at vO and vG. The numbers (for this problem) are:
- x(0) = -54.9 meters
- y(0) = -89.8 meters
- vO = 10.0 m/s
- vG = 13 m/s
- t = 9.3 s
How far apart are they at time t?
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