How realistic is the physics behind the motorcycle jump in Tomorrow Never Dies?

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The discussion centers on analyzing a physics-related scene from the movie "Tomorrow Never Dies," specifically the motorcycle jump performed by James Bond and Michelle Yeoh. The goal is to evaluate the realism of the physics involved in the jump, including calculating the trajectory, speed, and angle necessary for the motorcycle to clear a gap. Participants suggest measuring the distance of the gap by timing the scene and using still frames to scale the motorcycle's length for accurate calculations. There is also a caution about the potential distortion caused by perspective projection in film, which could affect distance measurements. The conversation emphasizes the importance of using mathematical principles to assess whether the jump's speed and angle are feasible for a motorcycle accelerating from a stop.
miyuki9
Physics Project help please!

I picked out a movie, "Tomorrow Never Dies" staring James Bond and Michelle Yeoh. From there, I had to choose a movie segment that is physics related and then I have to explain how that movie segment is Realistic Physics or Unrealistic Physics. The movie segment that I picked from the movie was that when James Bond was on the motorcycle w/ Michelle Yeoh, and they went flying over a really big gab. I also have to make up High Quality Questions and Lead a Discussion during my presentation. Can someone please give me some suggestions that I should talk about for my presentation? Thanks
 
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Solve for the trajectory of a body moving under the influence of Earth's gravity, and explain how fast and at what angle James' bike would have had to be going to clear the gap. Use math to calculate the speed required at the angle used. If the speed is unreasonable for a motorcycle having just accelerated from a stop, explain that.

- Warren
 
can u please give more detail? plus, I don't really know the velocity or the distance of the gap b/c it's a scene from the movie...
 
You can get the time by timing the sequence as the movie plays, and you can get the distance by getting a hard copy of a still frame and measuring the length of the bike in the picture. Then, look up the length of the bike (you'll need the make and model), and that will set the scale.
 
Originally posted by Tom
you can get the distance by getting a hard copy of a still frame and measuring the length of the bike in the picture.

This is a good idea. However you should be aware of the perspective projection of the 3D scene on a 2D screen that kind of distorts the distances. But it should be possible to make corrections for this.
 
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