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A Fredholm equation with a particular kernel

How to solve this kind of Fredholm’s equation? x(t)+$\lambda * \int_{0}^{1} (ts - min(t,s))x(s)ds=t$$$ x(t)+\lambda \int\limits_{0}^{1}\! \big[ts - \min\{t,s\}\big]x(s)ds=t $$ Thanks for any help.

Fredholm equation

How to solve this kind of Fredholm’s equation? x(t)+$\lambda * \int_{0}^{1} (ts - min(t,s))x(s)ds=t$ Thanks for any help

A Fredholm equation with a particular kernel

How to solve this kind of Fredholm’s equation? $$ x(t)+\lambda \int\limits_{0}^{1}\! \big[ts - \min\{t,s\}\big]x(s)ds=t $$ Thanks for any help.

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John
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Fredholm equation

How to solve this kind of Fredholm’s equation? x(t)+$\lambda * \int_{0}^{1} (ts - min(t,s))x(s)ds=t$ Thanks for any help