Toddsterpatriot
Diamond Member
Still confused? Work was done to make the ice cream.
IR from the ice cream can now flow toward the room temperature camera. LOL!
Work = Force x distance...describe the work being done to move the IR from the ice cream to the sensor in the camera...and do describe where the heat resulting from this work goes
Not even the Handbook of Modern Sensors, eh? DURR
The Handbook of Modern Sensors stated in plain language that the energy was moving from the camera to the cooler object...then he showed a drawing of an unobservable, unmeasurable, untestable model...the book clearly stated that the sensor was cooling down...
But do describe the nature of the work being done to move the energy from the cooler ice cream to the warmer camera..
Work = Force x distance...describe the work being done to move the IR from the ice cream to the sensor in the camera...and do describe where the heat resulting from this work goes
This is this first time I've seen you limit your definition of work like this.
Does this conflict with your previous claims about work?
The Handbook of Modern Sensors stated in plain language that the energy was moving from the camera to the cooler object...
It stated that energy was moving both ways. Despite your claim that it only moves one way.
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Still waiting...describe the work...you claimed that work was being done to move the energy from the cold ice cream to the warmer camera....what work? Or were you just making it up as you go...
And the drawing of an unobservable, unmeasurable, untestable model hardly makes your case...the book clearly stated that the energy was moving out of the camera towards the cooler object...
describe the work...you claimed that work was being done to move the energy from the cold ice cream to the warmer camera.
No. You said energy can't move spontaneously from cold to warm without previous work.
Work was done to manufacture the ice cream.
Is that your final answer?
And the drawing of an unobservable, unmeasurable, untestable model hardly makes your case...the book clearly stated that the energy was moving out of the camera towards the cooler object...
The drawing shows thermal energy moving from the object to the sensor AND from the sensor to the object.
If the drawing supported your claim, it would show arrows moving ONLY from the sensor to the cooler object.