Two objects, A and B$,$ are placed in thermal contact with each other inside an insulated container. Object A has a temperature of $80$C and object B has a temperature of $30$C$.$ Which of the following statements correctly describes what happens as the system reaches thermodynamic equilibrium?Question $3$ Select one or more:a$.$The temperatures of both objects will remain the same because heat cannot flow in an insulated container.b$.$Net heat will flow from object B to object A until both objects reach the same temperature.c$.$Net heat will flow from object A to object B until both objects reach the same temperature.d$.$Net heat will flow from object A to object B until both objects reach the same temperature. After that, equal flow of heat from A to B and from B to A will maintain the temperature.e$.$The final temperature will be higher than $80$C$80^\backslash$circ $\backslash$text$\{$C$\}80$C because the objects are in an insulated container.