Final answer:
The distance between object A and object B at time t is found by calculating the absolute difference between their positions at that time using the formula d(t) = |f(t) - g(t)|.
Step-by-step explanation:
The distance between object A and object B at time t can be found by determining the positions of both objects at that particular time and then computing the absolute difference between these positions.
If the position of object A is given by f(t) and the position of object B is given by g(t), then the distance d between them at time t can be calculated as:
d(t) = |f(t) - g(t)|.
This absolute value ensures that the distance is always a non-negative number, representing the separation between the two objects in space at that instant.
Remember, to find the functions f(t) and g(t), you would need the specific equations for the objects' positions over time.
Once you have these functions, simply insert the time t into both, calculate their values, and find the absolute difference.