设函数f(x)连续,且满足f(x)=e^x+∫(0.x)uf(u)du-x∫(0.x)f(u)du,求f(x)

设函数f(x)连续,且满足f(x)=e^x+∫(0.x)uf(u)du-x∫(0.x)f(u)du,求f(x) 设f(X)连续且满足 f(x)=e^x+sinx- ∫ x 0 (x-t)f(t)dt,并求该函数f(x)RT 设f(x)连续,且满足f(x)=e^x+∫x上0下（t-x）f（t）dt 求f（x） 设函数f(x)具有连续的导数且满足方程,∫(0-x)(x-t+1)f'(t)dt=x^2+e^x-f(x),求f(x) 设f(x)连续,且满足f(x)=e^x+∫(0,x)tf(x-t)dt,求f(x) 一道高数题,设函数f(x)在[0,+∞)上连续,且f(x)=x(e^-x)+(e^x)∫(0,1) f(x)dx,则f(x)=?设函数f(x)在[0,+∞)上连续,且f(x)=x(e^-x)+(e^x) ∫(0,1) f(x)dx ,则f(x)= 设函数F(X)具有二阶连续导数,且满足F(X)=[微分（上限X下限0）F(1-t)dt]+1,求F(X) 设当x>0时,函数f(x)连续且满足f(x)=x+∫(1,x)1/xf(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 设函数f(x)在x=0点连续 且满足limx->0(sinx/x^2+f(x)/x)=2求f'(0) 设函数f(x)在R上连续,且满足f[f(x)]=x,证明：在R上至少存在一点m,使得f(m)=m 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)满足条件f(x+y)=f(x)+f(y),且f(x)在x=0处连续,证明f(x)在所有的点x0处连续 已知函数f(x)在(-∞,+∞)上连续且满足∫(0,x)f(x-u)e^udu=sinx,x∈(-∞,+∞),求f(x) 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f(x)在[0,1]上有二阶连续导数,且满足f(1)=f(0)及|f''(x)| 设函数f(x)=x/a+e^bx在连续,且lim(x趋向负无穷)f(x)=0,则常数a,b满足（）A a 设函数F(X)连续且满足F(X)=X+∫[x,1]F(x-t-1)dt,求F(x)F(x-t-1)不知道该如何化解