SOLUTION: Help please. I have an assignment to find a real world situation where quadratic equations are used. I don't have trouble finding them, just the ones I do find I have no idea how t

Algebra.Com
Question 395731: Help please. I have an assignment to find a real world situation where quadratic equations are used. I don't have trouble finding them, just the ones I do find I have no idea how to explain. I really appreciate any help!
Explore and find a real-world application of a quadratic equation, whether it is from the realm of physics, finance, or anything else. Write a paragraph about what you find. In your description,
* show the equation.
* explain what the variable represents in real terms.
* describe what the equation models in real terms.

Answer by richard1234(7193)   (Show Source): You can put this solution on YOUR website!
There are quadratic equations used in elementary physics. For example, if you want to model the position of some particle under constant acceleration, use the equation

where a is acceleration, t is time, v[0] is the original velocity, and x[0] is the original position. This equation is derived using a little calculus. If we integrate a constant acceleration to obtain velocity,



Integrating again,


RELATED QUESTIONS

I have this question to answer for an assignment: If you are looking at a graph of a... (answered by ankor@dixie-net.com)
What the importance of quadratic equations to a basketball player, diver, or even a... (answered by chessace)
I have an assignment for school that says "give a real life example of a quadratic... (answered by stanbon)
I'M HAVING A REALLY HARD TIME TRYING TO FIGURE THIS OUT. PLEASE HELP. When using the... (answered by stanbon)
I need help. I have a question on a homework page and it says "Write about a real-world... (answered by ankor@dixie-net.com)
Please help me with this assignment! 1. Determine whether the following equations... (answered by solver91311)
How would I solve this quadratic equation?: {{{y^3-28y^1.5+27=0}}} (I used decimal... (answered by Earlsdon)