Exponential growth is always exponential, not just if it suddenly starts to drastically increase in the arbitrarily choosen view scale.
A simple way, to check wether data is exponential, is to visualize it in loc-scale, and if it shows there a linear behavior, it has a exponential relation.
Exponential growth means, that the values change by a constant ratio, contrary to linear growth where the data changes by a constant rate.
I have at this point absolutely no idea anymore, what you want to tell me.
Would you care to rephrase your statement, on which we are disagreeing, so we can back on track and have a constructive discussion.
Exponential growth is better described by linear growth, which can actually grow faster than exponential, until it exhibits definitive behavior of exponential growth.
Exponential growth is always exponential, not just if it suddenly starts to drastically increase in the arbitrarily choosen view scale.
A simple way, to check wether data is exponential, is to visualize it in loc-scale, and if it shows there a linear behavior, it has a exponential relation.
Exponential growth means, that the values change by a constant ratio, contrary to linear growth where the data changes by a constant rate.
There’s no point in arguing with OP, he’s doubling down at an exponential rate (or was it linear).
That’s what I said. Exponential growth is always exponential.
Iykyk
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Close enough chat gpt
I have at this point absolutely no idea anymore, what you want to tell me. Would you care to rephrase your statement, on which we are disagreeing, so we can back on track and have a constructive discussion.
Exponential growth is better described by linear growth, which can actually grow faster than exponential, until it exhibits definitive behavior of exponential growth.
No, no, and no. Exponential growth is always exponential.
What do you mean? Exponential growth is best described by the exponential function.