is considered circular with a diameter of 2b. A participant starts his vehicle manages to increases his speed at a constant rate of α. Obtain a simplified expression between his velocity and his acceleration as a function of time
We know that circuler path particle move
Then two force are work
"F_{ext}=\\frac{mv^2}{b}"
"F{ext}=m\\alpha"
"m\\alpha=\\frac{mv^2}{b}"
"\\alpha=\\frac{v^2}{b}"
Where b radius of circuler path
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