Passive Elements At high Frequency [parasitic effects]
I think the graphs you have are not correct in general. You can't draw generalizations without discussing the frequency range of interest and physical construction of the components. 

Essentially every real component can be modeled as a combination of ideal components. The more ideal components you keep adding the higher order and more precise your model becomes. Once you do the transfer function of this "real approximation" model using ideal components you will get a bode plot which will show you how the part will behavior under various frequencies. 

It is true that often a resistor will first start looking like an inductor, a capacitor first like an inductor and an inductor first like a capacitor as you get outside of their expected performance range, but this is very much a rule of thumb to be taken with a grain of salt.

For example below are some first order approximations that are good enough for most EE work and rooted in physics...but precise applications may require more ideal components to model various behavior than is even shown here. 

Here is a resistor: 



Here is a capacitor:



Here is an inductor:



Here is a decent intro to bode plots.

Addendum

Here is a Vishay study on frequency response of thin-film resistors