I got pissed because TeaTreeOil quoted me out of context and tried to make me sound like I don't know what I'm talking about.
I'd never down anybody for using CFLs. You just need to realize your application. Roseman has some awesome grows using CFLs in reflectors pointing all over his plants.
However, for our real-world application, you'd have to be a damned retard to think that you can get the same penetration of light through a canopy from multiple small sources of light vs. one source of light with the same output.
I'd hate for some newb out there to be reading his posts and then show up here wondering why he's getting so much bullshit popcorn nug and stragly growth from his CFLs, because TeaTreeOil said that they'd work just as well. Get real....
I quoted you in context.
You don't know what you're talking about.
you'd have to be a damned retard to think that you can get the same penetration of light through a canopy from multiple small sources of light vs. one source of light with the same output.
The
real 'retards' think
exactly like you.
Why do cell phone companies put up multiple cell phone towers? Why not just one big one, or one in space? Why are there multiple satellites and satellite dishes? Barring all bullshit! The answer is efficency and feasibility.
Explain why using a mirror and causing reflection of light onto an already lit surface and it becomes brighter using the
same light source?
Why can one light be concentrated upon itself, but you think that doubling the light. Or watts. Or joules. Doubling the amount of work done some how doesn't double output? This is grade A retarded thought, to put it in terms you seem to understand.
---
The amount of energy a wave delivers to a unit area in a unit time is referred to as its
intensity,
I.
Equivalently, since power is
energy per time, the intensity of a wave is the
power per unit area. Imagine, for example, an electromagnetic wave of area
A moving in the positive
x direction. In the time
t the wave moves through a distance
c*t; hence, all the energy in the volume
V = A(c*t) is deposited on the area
A at this time.
Since energy is equal to the energy density times the volume, it follow that energy in the volume
V is
U = u*V.
--
Each bulb has a specific volume it covers. When those overlap, the energy density increases. As such, the specific energy at a point in the overlap is greater than it would be without overlap.
--
The intensity,
I, of an electromganetic field is the
power per area. It can be expressed as simply:
u = energy density
c = light speed
Intensity = u*c
--
Using paints, and pigments, color is subtractive. Using visible EM waves it's additive.
See attachment. Then see
reality.