设函数f(x)可导,且满足f(x)=x^2+∫0～x f(t)dt,求f(x)

设函数f(x)在(-∞,+∞)可导,且满足f(0)=1,f'(x)=f(x),证明f(x)=e^x 设f(x)为可导函数,且满足f(x)=∫（上限X下线1）f(t)/tdt+(x-1)e^x求f(x) 设函数f(x)可导,且满足xf'(x)=f'(-x)+1,f(0)=0,求函数f(x)的极值 设函数f(x)可导,且满足f(x)-∫(上限为x,下限为0)f(t)dt=e^x,求f(x) 需要详解, 设函数f(x)可导,且满足f(x)=x²+∫(0~x)f(t)dt 求f(x)如题 8、设f(x)为可导函数,且满足∫0到x f(t)t^2 dt=f(x)+3x 求f(x) 设函数f(x)可导,且满足f(x)=x^2+∫0～x f(t)dt,求f(x) 8、设f(x)为可导函数,且满足∫0到x f(t)t^2 dt=f(x)+3x 求f(x) 设函数可导,且满足xf'(x)=f'(-x)+1,f(0)=0 求f'(x) 求f(x)的极限 设函数f(x)可导,且满足f(0)=0,又f'(x)单调减少.证明对x∈(0,1),有f(1)x 17,设f(x)为可导函数,且满足∫0到x tf(t)dt=f(x)+x^2 求f(x)17、设f(x)为可导函数,且满足∫0到x tf(t)dt=f(x)+x^2 求f(x) 设函数f(x)可导,且满足f(x)=1+2x+∫（上限x下限0）tf(t)dt-x∫（上限x下限0）f(t)dt,试求函数f(x). 设f(x)、g(x)都是可导函数,且|f'(x)|a时,|f(x)-f(a)||f'(x)| 设函数f(x)可导,满足(xex+f(x))ydx+f(x)dy=du(x,y),且f(0)=0,求f(x)及u(x,y)) 设f(x)在x=0处可导,且对任意x.y满足f(x+y)=f(x)f(y),证明f(x)处处可导,且f'(x)=f'(0)f(x) 设f(x)为可导函数,且满足lim[f(1)+f(1-x)]/2x=-1,x趋于0时,求曲线y=f(x)在点（1,f(1)）处的斜率 设f(x)为可导函数,且满足lim[f(1)-f(1-x)]/2x=-2,x趋于0时,求曲线y=f(x)在点（1,f(1)）处的斜率 设函数f(x)可微,且满足§[2f(t)-1]dt=f(x)-1,求f(x)