Consider a standard linear solid model illustrated in the figure below. where E1, E2, are the model parameters relevant to the viscoelastic properties. a) Write down the relationship of the overall stress () in terms of the stress of component A () and the stress of component B () b) Write down the relationship of the overall strain () in terms of the strain of the component A () and the strain of component B () c) Component B is composed of a spring element and a dashpot element connected in series, which is relevant to a Maxwell model. Starting from the overall strain equation of component B, show that the stress, the stress rate and the strain rate of component B follows the below relationship. Please provide a step-by-step derivation

9. Consider a standard linear solid model illustrated in the figure below. where E1,E2, are the model parameters relevant to the viscoelastic properties. a) Write down the relationship of the overall stress () in terms of the stress of component A(A) and the stress of component B(B) b) Write down the relationship of the overall strain () in terms of the strain of the component A(A) and the strain of component B(B) c) Component B is composed of a spring element and a dashpot element connected in series, which is relevant to a Maxwell model. Starting from the overall strain equation of component B, show that the stress, the stress rate and the strain rate of component B follows the below relationship. Please provide a step-by-step derivation