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 Sep24 awarded Autobiographer May14 awarded Tumbleweed May7 revised Question about Laurent Series expansion deleted 24 characters in body May7 asked Question about Laurent Series expansion Apr22 accepted Game Theory and Uniform Distribution question? Apr22 comment Please explain uniform distribution to me thanks but How do you get the length ? Apr22 comment Please explain uniform distribution to me The game theory question deals with the wider theory and why we do certain calculations, this deal with individual calculations and how to do them which calculations to do vs how to do them Apr22 asked Please explain uniform distribution to me Apr22 revised Game Theory and Uniform Distribution question? I think you confused b1 with b2 and inequalities wrong way round Apr22 suggested approved edit on Game Theory and Uniform Distribution question? Apr22 revised Game Theory and Uniform Distribution question? added 2 characters in body Apr22 comment Game Theory and Uniform Distribution question? have I incorrectly types the question ? does it not make sense Apr22 asked Game Theory and Uniform Distribution question? Apr22 awarded Notable Question Dec1 awarded Popular Question May7 accepted Find Laplace Transform of the function May7 comment Find Laplace Transform of the function Are the correct limits $$\hat{f}(s) = \int_0^{\infty} dt \, e^{-s t} + \int_0^{T} dt \, e^{-s t}$$ or mmhenni's post $$= 2\int_{0}^{T}e^{-st}dt + \int_{T}^{\infty} e^{-st}dt$$ May7 comment Find Laplace Transform of the function perhaps its because I have used the limits 0,t and t,infinity as opposed to 0,infinity and 0,t $$= 2\int_{0}^{T}e^{-st}dt + \int_{T}^{\infty} e^{-st}dt$$ May7 comment Find Laplace Transform of the function I get the final answer $$\hat{f}(s) = \frac{2e^{-s T}}{-s}- \frac{1}{-s} -\frac{1}{-s}$$ The denominator will be -s and have to multiply by 2 that went outside the integral May6 revised Prove that L[f' ' ](s)$=$sL[f](s) edited tags