Official Thread for Denial of GreenHouse Effect and Radiative Physics.

[SSDD]

Yep nothing observed, still waiting

I always liked this one.

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

 

[jc456]

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

SB disagrees.

how so?

post the completed equation that shows that.

View attachment 273078

Stefan-Boltzmann law | Definition & Facts

fill it out, enter the temperatures and show me. no, no, come on big man step up and show the calculation.

-10C

is -10C.

now fill in the formula and show me the calculation.

 

[jc456]

I always liked this one.

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

has this douche ever filled out the formula and provided an actual completed problem? nope!!

Wuwei as well, never actually completed the formula with values.

 

[SSDD]

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

has this douche ever filled out the formula and provided an actual completed problem? nope!!

Wuwei as well, never actually completed the formula with values.

I doubt that he can handle even math that basic...and even if he could do it, he couldn't bring himself to admit that P=0 when T and Tc are set to the same number..wuwei avoided answering that question for pages and pages and pages..simply couldn't admit that the actual equations from the SB law say that he is wrong...it was simply beyond is ability to accept so he dodged and weaved and weaseled rather than simply state that P = 0...

 

[Toddsterpatriot]

I always liked this one.

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

 

[Toddsterpatriot]

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

SB disagrees.

how so?

post the completed equation that shows that.

View attachment 273078

Stefan-Boltzmann law | Definition & Facts

fill it out, enter the temperatures and show me. no, no, come on big man step up and show the calculation.

-10C

is -10C.

now fill in the formula and show me the calculation.

I already agree with SB.
Feel free to prove it wrong.
Or not.

 

[SSDD]

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

SB disagrees.

how so?

post the completed equation that shows that.

View attachment 273078

Stefan-Boltzmann law | Definition & Facts

Funny....the clip you show refers to a theoretical perfect black body radiating into a theoretical perfect vacuum...there are equations to use when the radiator is less than perfect, and when it is not radiating into a perfect vacuum...you know the one...the one where when you set T and Tc to the same number, they indicate that the amount of energy (P) being radiated by the radiator is zero...

 

[SSDD]

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

 

[Toddsterpatriot]

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

SB disagrees.

how so?

post the completed equation that shows that.

View attachment 273078

Stefan-Boltzmann law | Definition & Facts

Funny....the clip you show refers to a theoretical perfect black body radiating into a theoretical perfect vacuum...there are equations to use when the radiator is less than perfect, and when it is not radiating into a perfect vacuum...you know the one...the one where when you set T and Tc to the same number, they indicate that the amount of energy (P) being radiated by the radiator is zero...

Funny....the clip you show refers to a theoretical perfect black body radiating into a theoretical perfect vacuum..

Yes, that's hilarious....that you think it mentions a vacuum.

 

[Toddsterpatriot]

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

That isn't what it says at all..

That formula shows net power.
Because the object and the background both radiate.

Still no backup for your magical "zero radiating at equilibrium"? Weird.

 

[Toddsterpatriot]

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

SB disagrees.

how so?

post the completed equation that shows that.

View attachment 273078

Stefan-Boltzmann law | Definition & Facts

Funny....the clip you show refers to a theoretical perfect black body radiating into a theoretical perfect vacuum...there are equations to use when the radiator is less than perfect, and when it is not radiating into a perfect vacuum...you know the one...the one where when you set T and Tc to the same number, they indicate that the amount of energy (P) being radiated by the radiator is zero...

Planck disagrees.

A similar relation may be obtained for the separate parts of the spectrum. For the energy emitted and the energy absorbed in the state of thermodynamic equilibrium are equal, not only for the entire radiation of the whole spectrum, but also for each monochromatic radiation. This is readily seen from the following. The magnitudes of ν, αν, and Kν are independent of position.

http://www.gutenberg.org/files/4003...n_id=2400685b18312bc92a086b0715b6d345a64a87b1

Page 31

 

[Toddsterpatriot]

I always liked this one.

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

Since a quantity of energy emitted causes a decrease of the heat of the body, and a quantity of energy absorbed an increase of the heat of the body, it is evident that, when thermodynamic equilibrium exists, any two bodies or elements of bodies selected at random exchange by radiation equal amounts of heat with each other. Here, of course, care must be taken to distinguish between the radiation emitted and the total radiation which reaches one body from the other.

http://www.gutenberg.org/files/4003...n_id=2400685b18312bc92a086b0715b6d345a64a87b1

Page 50.

Planck again.

Where's your source correcting him?

 

[jc456]

The sensor array in the camera is made of multiple thermopiles...some are warming...some are cooling..the amount and rate of warming is indicated by warm colors...the amount and rate of cooling is indicated by cool colors...cold radiation is not being beamed into the camera from the ice cream...

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

Where?

 

[jc456]

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

That isn't what it says at all..

That formula shows net power.
Because the object and the background both radiate.

Still no backup for your magical "zero radiating at equilibrium"? Weird.

Prove it!
SB is about power radiated where does it state ‘net’?

 

[Toddsterpatriot]

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

That isn't what it says at all..

That formula shows net power.
Because the object and the background both radiate.

Still no backup for your magical "zero radiating at equilibrium"? Weird.

Prove it!
SB is about power radiated where does it state ‘net’?

SB is about power radiated

Yup. That's why your claim about ice not radiating is so silly.

where does it state ‘net’?

^
Here

 

[Toddsterpatriot]

View attachment 272989

.the amount and rate of cooling is indicated by cool colors...

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?

cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

Where?

Where your moron buddy said P = zero.

 

[jc456]

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

That isn't what it says at all..

That formula shows net power.
Because the object and the background both radiate.

Still no backup for your magical "zero radiating at equilibrium"? Weird.

Prove it!
SB is about power radiated where does it state ‘net’?

SB is about power radiated

Yup. That's why your claim about ice not radiating is so silly.

where does it state ‘net’?

^
Here

Where? I see nothing that says net.

 

[jc456]

Really? The image of the colder ice cream is because photons are moving from the camera to the ice cream, but none are moving from the ice cream to the camera?
nope, none.
cold radiation is not being beamed into the camera from the ice cream..

Because there is no such thing as cold radiation. Just radiation.

And something that radiates is emitting heat energy

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

Where?

Where your moron buddy said P = zero.

Zero radiated yep again it’s radiating nothing yep. What we both say

 

[Toddsterpatriot]

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

That isn't what it says at all...none of you guys seem to be able to read a simple equation...guess that is why you are dupes...

That isn't what it says at all..

That formula shows net power.
Because the object and the background both radiate.

Still no backup for your magical "zero radiating at equilibrium"? Weird.

Prove it!
SB is about power radiated where does it state ‘net’?

SB is about power radiated

Yup. That's why your claim about ice not radiating is so silly.

where does it state ‘net’?

^
Here

Where? I see nothing that says net.

Because you're stupid.

 

[Toddsterpatriot]

nope, none.

SB disagrees.

And something that radiates is emitting heat energy

Everything emits photons.

If you can manage some basic math set T to the same number as Tc...how much energy (P) does the equation say is being emitted?

how much energy (P) does the equation say is being emitted?

It says the same amount is being emitted as absorbed.

Where?

Where your moron buddy said P = zero.

Zero radiated yep again it’s radiating nothing yep. What we both say

Where did you see zero radiated in SB?