An RC circuit is constructed using commercial off$-$the$-$shelf components The components are a $10$ k resistor with $4\%$ tolerance, a $0\mathrm{.}35$ F capacitor with $7\%$ tolerance, and a parallel $0\mathrm{.}12$ F capacitor with $2\%$ tolerance. The component uncertainties are given as total tolerances and uniform distributions are used for the capacitor while triangular distributions are used for the resistor. The time constant of the circuit is found using the measurement model: T$=$R$($C$1+$C$2)$ The distribution of $1$ million Monte Carlo samples is to be performed. Plot histogram representing the resulting PDF for the time constant estimated using Monte Carlo method.

Please solve using PYTHON programming. $($Avoid Chatgpt$)$