The slope of a voltage vs time graph can be calculated by taking the change in voltage (ΔV) divided by the change in time (Δt). This can be represented by the formula: slope = ΔV/Δt.
As I see it, the values of R1 and R2 may be chosen within the tolerance of 5% (maybe normal distributed?) but once chosen, it won't change over time.
The only change over time may occur because of the temperature coefficient of +- 100 ppm/Kelvin.
Its unclear if the input voltage would be allowed to change within its tolerance of 5% over time - guess yes.
Its not clear to me what kind of Montecarlo analysis is asked for and what plot of Vout over time? In my understanding, a plot over time would not use the 5% tolerance of the resistors.
