Green Energy
- Noaa Reduces 1997 Global Temp (by Over 3 Degrees Farenheit) In Report Claiming 2015 Was Hottest Year Ever
From MRCTV: In a 1997 report discovered by Thomas Nelson, NOAA said the global average temperature for the year was 62.45 degrees Fahrenheit. As Blogger Wattsupwiththat explains: In that 1997 report, they say clearly that the Global Average Temperature...
- Noaa: Us Cooling …just Sayin’
Someone please show me an accurate climate model?Responding to widespread criticism that its temperature station readings were corrupted by poor siting issues and suspect adjustments, NOAA established a network of 114 pristinely sited temperature...
- Nobel Laureate Resigns From American Physical Society, Citing Global Warming Nonsense As Reason
From Ace: “Thank you for your letter inquiring about my membership. I did not renew it because I cannot live with the (APS) statement below (on global warming): APS: 'The evidence is incontrovertible: Global warming is occurring. If no mitigating...
- Understanding Module De-rating: Concerns And Issues
Module De-rating accounts for consistency and accuracy of the rating given by manufacturer. Since not all modules in a system will have the same specification (manufacturing defect) and there would be degradation over the years in panel, so to have...
- Heat And Internal Energy
Heat is defined as the transfer of energy across the boundary of a system due to a temperature difference between the system and its surroundings. When you heat a substance, you are transferring energy into it by placing it in contact with surroundings...
Green Energy
The Celsius, Fahrenheit, and Kelvin Temperature Scales
Tc = T - 273.15
This Equation shows that the Celsius temperature Tc is shifted from the absolute
(Kelvin) temperature T by 273.15°. Because the size of a degree is the same on the two
scales, a temperature difference of 5°C is equal to a temperature difference of 5 K. The
two scales differ only in the choice of the zero point. Thus, the ice-point temperature
on the Kelvin scale, 273.15 K, corresponds to 0.00°C, and the Kelvin-scale steam point,
373.15 K, is equivalent to 100.00°C.
scales, a temperature difference of 5°C is equal to a temperature difference of 5 K. The
two scales differ only in the choice of the zero point. Thus, the ice-point temperature
on the Kelvin scale, 273.15 K, corresponds to 0.00°C, and the Kelvin-scale steam point,
373.15 K, is equivalent to 100.00°C.
A common temperature scale in everyday use in the United States is the Fahrenheit
scale. This scale sets the temperature of the ice point at 32°F and the temperature
of the steam point at 212°F.
scale. This scale sets the temperature of the ice point at 32°F and the temperature
of the steam point at 212°F.
The relationship between the Celsius and Fahrenheit temperature scales is as follows in
the following equation
Tf = 9/5 Tc + 32
- Noaa Reduces 1997 Global Temp (by Over 3 Degrees Farenheit) In Report Claiming 2015 Was Hottest Year Ever
From MRCTV: In a 1997 report discovered by Thomas Nelson, NOAA said the global average temperature for the year was 62.45 degrees Fahrenheit. As Blogger Wattsupwiththat explains: In that 1997 report, they say clearly that the Global Average Temperature...
- Noaa: Us Cooling …just Sayin’
Someone please show me an accurate climate model?Responding to widespread criticism that its temperature station readings were corrupted by poor siting issues and suspect adjustments, NOAA established a network of 114 pristinely sited temperature...
- Nobel Laureate Resigns From American Physical Society, Citing Global Warming Nonsense As Reason
From Ace: “Thank you for your letter inquiring about my membership. I did not renew it because I cannot live with the (APS) statement below (on global warming): APS: 'The evidence is incontrovertible: Global warming is occurring. If no mitigating...
- Understanding Module De-rating: Concerns And Issues
Module De-rating accounts for consistency and accuracy of the rating given by manufacturer. Since not all modules in a system will have the same specification (manufacturing defect) and there would be degradation over the years in panel, so to have...
- Heat And Internal Energy
Heat is defined as the transfer of energy across the boundary of a system due to a temperature difference between the system and its surroundings. When you heat a substance, you are transferring energy into it by placing it in contact with surroundings...