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Question 2 (25 pts): Assume that you are riding a 2 wheeled personal transporter, i.e. a ginger. Show the schematics diagram of how you ride the vehicle. Note that the ginger has a control system to perform stabilization. You should include the stabilization system in your schematics as well. Assume that the slope of the road is changing as you travel.

          Question 2 (25 pts): Assume that you are riding a 2 wheeled personal transporter, i.e. a ginger. Show the schematics diagram of how you ride the vehicle. Note that the ginger has a control system to perform stabilization. You should include the stabilization system in your schematics as well. Assume that the slope of the road is changing as you travel.
        
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Question 2 (25 pts): Assume that you are riding a 2 wheeled personal transporter, i.e. a ginger. Show the schematics diagram of how you ride the vehicle. Note that the ginger has a control system to perform stabilization. You should include the stabilization system in your schematics as well. Assume that the slope of the road is changing as you travel.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Assume that you are riding a 2-wheeled personal transporter, i.e. a Segway. Show the schematic diagram of how you ride the vehicle. Note that the Segway has a control system to perform stabilization. You should include the stabilization system in your schematics as well. Assume that the slope of the road is changing as you travel.
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Transcript

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00:01 Okay, so let's say we're drawing a motion diagram for the car trip graph in figure 2 .15a.
00:07 So first let's, first let's get my mouse, and then let's draw the graph for 215a.
00:15 So that's a velocity time graph.
00:16 So it looks like, i'll draw it over here.
00:19 It looks like this.
00:21 And so that's velocity, time, and it goes like that, and then it goes like that, and then it goes like that, something like that.
00:30 Then there's three distinct parts.
00:36 So let's look at what's happening here.
00:38 So this thing, this part right here, your velocity starts at zero.
00:42 And then it speeds up, right? so this thing is getting faster here.
00:46 And then here the slope is zero.
00:48 You have some constant velocity.
00:49 So it's going a constant velocity here.
00:53 And then here your velocity starts at some big value, and it's going back down to zero.
00:57 Right? so this is getting slower.
01:01 Slower.
01:02 All right.
01:03 So knowing that, let's go draw a motion map.
01:05 Motion map is little vectors that show the speed of the object at any point.
01:10 So it starts at zero, right? i'll start over here.
01:13 And then it gets faster...
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