Final answer:
Total assets in physics might refer to conserved quantities such as mass, energy, and charge. The kinematic variables are acceleration, displacement, time, and velocity, and both potential energy and work done are measured in joules.
Step-by-step explanation:
The question seems to be somewhat confused, mixing up financial terms with physical concepts. However, when considering total assets in the context of physics, equivalent terms that sum up to define the state or properties of a system for the years mentioned could refer to concepts like mass, energy (potential and kinetic), and charge.
These are quantities conserved in physical processes unless certain conditions allow conversion between them, such as mass to energy as per Einstein's mass-energy equivalence principle.
In the kinematic equations, the four variables found are acceleration, displacement, time, and velocity (Option b).
Two properties that are expressed in units of joules, which is the SI unit for energy, are work done and potential energy (Option a and Option c.1). Kinetic energy is also measured in joules (Option c.2).
Newtons' second law of motion, which describes the relationship between force and mass when acceleration is involved, isn't directly about the conservation of energy but underscores how these quantities interact (Option a from the given example regarding Newton's law).