Final answer:
To solve for time 't' in a physics problem, identify known quantities such as initial position 'yo', final position 'y', acceleration 'a', and velocities. Use the kinematic equation v = vo + at to find 't', rearranging to t = (v - vo) / a with the values given.
Step-by-step explanation:
When solving for the time t in physics problems, it is crucial to first identify the known variables. Given the information, we have the initial position yo as 0 meters, final position y as -1.0000 meters, and we need to find the time t. To do this, we select the kinematic equation that will allow us to solve for t given our knowns.
Known Quantities:
- Initial velocity vo (if given)
- Acceleration a (if given)
- Final velocity v (if given)
- Initial position yo = 0
- Final position y = -1.0000 m
The formula to use in this context would be v = vo + at, which allows us to solve for t when acceleration a and either initial velocity vo or final velocity v are known.
By rearranging the formula to isolate t, we can calculate the time. The rearranged equation is t = (v - vo) / a. Insert the known values into this equation to determine the value of t.