Um, probably right around this 1.25 mark right here. So it's in, the car is speeding up, and then we also see that it speeds up right around. We're starting at zero and going Teoh 0.5. So, um, going from about zero to queen five, we see the car is speeding up, so if you want to do ah sp for speeding the car would be speeding up from about zero. We see that it's very steep, and it's the car is clearly speeding up over the course of this time right here. So I'm just looking at something like that and comparing it to this. This would be it's starting to decelerate because the velocity is zero and this is meaning that the cars actually decelerating. And then here you have a less steep slope, which means it's, um, not going as it's not speeding up as much. So if you have a craft that looks like this, obviously you have a really steep slope here, which means the velocity is very high. And we know velocity is based on the slope of the tangent line to the curve. So velocity is going to tell us if the car is speeding up or slowing down. So obviously, if this was a velocity graph, we could say, Oh, the car is always speeding up, right? But we need to actually look at the position graph which is given to us right here. We have to realize that this is the position graph. So for this problem are being asked to determine when the car speeding up and when is slowing down based on this graph.
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