Difference between revisions of "SimWise 4D"

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(→‎Rectilinear Kinematics: Continuous Motion)
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[[File:Dynamics-page13pr12-17_(1).gif|thumb|600px|''Particle A and B both start at s=0, t=0 with respectively a=8 m/s² and a=2t^1.5 m/s². Plot the distance between particle A and B'']]
 
[[File:Dynamics-page13pr12-17_(1).gif|thumb|600px|''Particle A and B both start at s=0, t=0 with respectively a=8 m/s² and a=2t^1.5 m/s². Plot the distance between particle A and B'']]
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== General Curvlinear Motion ==
 
== General Curvlinear Motion ==
  
 
[[File:Dynamics-page37ex12-12.gif|thumb|600px|''A particle is thrown at an angle of 60° to the horizontal with a velocity of 70ft/s. Plot particle height and distance until height is 40ft and direction downwards'']]
 
[[File:Dynamics-page37ex12-12.gif|thumb|600px|''A particle is thrown at an angle of 60° to the horizontal with a velocity of 70ft/s. Plot particle height and distance until height is 40ft and direction downwards'']]

Revision as of 21:15, 1 August 2021

Viewing and Visualization

Model with fixed annotation text, dynamic annotation arrow, translucent piston head and colored (red) connection rod.

Piston.gif

Rectilinear Kinematics: Continuous Motion

A block moves in a straight line with velocity v=(9t^2 +2t)ft/s, where t is in seconds. Graph block position and acceleration for the interval t=0..3 seconds

A ball is thrown up with a velocity of 15 m/s from a height of s=40 meters. Graph height and velocity until s=0 meters
A particle initial velocity v=2m/s @ t=0 when it accelerates with a=60v^-4 m/s². Plot position, velocity and acceleration for interval t=0..3 seconds
Particle A and B both start at s=0, t=0 with respectively a=8 m/s² and a=2t^1.5 m/s². Plot the distance between particle A and B







General Curvlinear Motion

A particle is thrown at an angle of 60° to the horizontal with a velocity of 70ft/s. Plot particle height and distance until height is 40ft and direction downwards
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