Let's solve the problem using the equation $s = 7t^2 + 4$.

This is a quadratic equation where:

• $s$ is the position or displacement as a function of time.
• $t$ is the time.
• $7t^2$ represents the acceleration component.
• $4$ is a constant representing initial displacement.

If you have specific values for $t$, we can calculate $s$. Do you want to evaluate this at a particular time or analyze other aspects, like velocity?

Feel free to share more details, and I'll be happy to guide you further.

Relative Questions:

1. How do you find the velocity from the equation $s = 7t^2 + 4$?
2. How would you calculate the acceleration from the equation $s = 7t^2 + 4$?
3. What is the displacement at $t = 0$?
4. How does this equation compare with linear motion equations?
5. Can this equation model an object's real-life movement? Why