- #1
Pinu7
- 272
- 4
I hope I am posting this on the right section...
In my Environmental Science Class, we are to design and build a solar oven(without using solar panels!). We will be baking a cookie.
Me, being a "mathematician", remembered something about a parabola, that if light ray hits anywhere on the interior surface, it will reflect through its focus. I assumed for realistic three dimensions, this will work for a circular paraboloid(confirm that please). i.e. zr^2=x^2+y^2
If I put a cookie at its focus, it should cook well(or ignite).
The surface of the circular paraboloid will be reflectable
I have a few questions-
1. How exactly DO I create the frame of a circular paraboloid? I can't just stare at my calculator and yell "materialize!"
2. What material should I use that has a high albedo, but is cheap-ish? I will spend no more than $30 on this.
3. How will the size of the paraboloid effect the heat of the cookie?
THE HOTTER THE BETTER. I want a high powered oven, if the cookie turns to ash, I'd be ecstatic.
In my Environmental Science Class, we are to design and build a solar oven(without using solar panels!). We will be baking a cookie.
Me, being a "mathematician", remembered something about a parabola, that if light ray hits anywhere on the interior surface, it will reflect through its focus. I assumed for realistic three dimensions, this will work for a circular paraboloid(confirm that please). i.e. zr^2=x^2+y^2
If I put a cookie at its focus, it should cook well(or ignite).
The surface of the circular paraboloid will be reflectable
I have a few questions-
1. How exactly DO I create the frame of a circular paraboloid? I can't just stare at my calculator and yell "materialize!"
2. What material should I use that has a high albedo, but is cheap-ish? I will spend no more than $30 on this.
3. How will the size of the paraboloid effect the heat of the cookie?
THE HOTTER THE BETTER. I want a high powered oven, if the cookie turns to ash, I'd be ecstatic.