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I'm not sure I follow your argument, perhaps you can help me understand. If you're saying that Newtonian Gravity breakdown in a specific case but are fairly acc
by bardworx 7y ago
I'm not sure I follow your argument, perhaps you can help me understand. If you're saying that Newtonian Gravity breakdown in a specific case but are fairly accurate in other cases does that mean they're still universally correct?
- dwaltrip 7y agoI'm saying that for most everyday situations, Newton's equations provide sufficient accuracy for people to achieve their goals. However, in the case of GPS, the system wouldn't work reliably if it was only using Newton's equations. Einstein's theory of gravity is much more robust and is highly accurate across a far wider domain. It can be used to implement a reliable GPS system.