astrololo
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c=2*##\pi##*rSteamKing said:What's the formula for the circumference of a circle?
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The problem involves a stone thrown into still water, creating ripples that form circles. The circumference of the circle is given as 10 ft, increasing at a rate of 3 ft per second, and the task is to determine how fast the area of the circle is increasing without using differentiation, but rather a limiting process.
The discussion is ongoing with various interpretations being explored. Some participants are attempting to derive expressions for area in terms of circumference, while others emphasize the need to adhere to the limiting process as specified in the problem statement. There is no explicit consensus on the approach to take.
Participants note that the problem constraints include a requirement to avoid differentiation, leading to confusion about the methods available for solving the problem. The original poster expresses uncertainty about how to proceed under these constraints.
c=2*##\pi##*rSteamKing said:What's the formula for the circumference of a circle?
Sigh... and what happens when you divide C by 2π ?astrololo said:c=2*##\pi##*r
You obtian the radius. Btw why are you desesperate lolSteamKing said:Sigh... and what happens when you divide C by 2π ?