Science is not opinion, you clearly have no idea how the world you live in came about over the last 300 years.
You seem to have a pretty close relationship to Tallbloke a man whose website bears a striking resemblence to a well known troll of ex-pats living in the Philippines (he's used exactly the same WordPress theme for pretty much the same reasons although I am NOT suggesting they are one and the same). Have a look at this graph below, I already stated that we were in a Solar minimum that is offsetting what could have been much greater impact from heat being trapped in the lower atmosphere, this graph makes it clear. There are other graphs resulting from the work of dedicated people detailing heating and cooling in various layers of the atmosphere so go find them rather than relying on some conspiracy theorist. And finally. If the sun was responsible for global warming we would expect temperatures to increase in all layers of the atmosphere and that is exactly what we DO NOT SEE. What we see is cooling in the upper atmosphere and warming at the lower parts of the atmosphere and at the surface. We see that because greenhouse gases are trapping heat in the lower atmosphere which is a dead giveaway that greenhouse gases are to blame. But your conspiracy theorist friend Mr Tallbloke does not get that and never will, all he's interested in is internet fame and being controversial.
Tallbloke has a page on Aerology which he apparently practices in some way. Here is the definition of Aerology https://www.dictionary.com/browse/aerology Here's Tallbloke's definition : Gobbledegook of the highest order, laughable really.
The mail is simply wrong. It takes approximately 4.18 Joules of energy to raise the temperature of 1 gram of water by 1 degree kelvin. One thousand grams of water is one litre and one litre = 4 cups of tea roughly. So for 60 cups of tea you need to raise 15 litres of water from around 20C to 100C 4.18J * 80 (degrees) * 1000 grams gives you about 335,000 joules that's what's needed to raise one litre to boiling point, roughly 4 cups of tea. 1 Kilowatt hour = 3.6 megajoules 15 litres would = 60 cups of tea so 15 * 335,000 joules = 5.025 megajoules So boiling enough water for 60 cups of tea requires roughly 5.025/3.6 kwh or about 1.4 kilowatt hours. And that's assuming they have correctly shared out the allocation of resources across the range I mentioned earlier. edit: these are LARGE cups of tea to make the arithmetic easier, 180ml cups would come out at very close to 1Kwh
Where in the world are you making this brew and at what time of year? In the middle of winter I estimate my cold water mains supply in west Wales to be around 2 or 3 degrees Celsius. I've just measured my mains supply here and on a warmish May morning it's just 5 degrees, so if I'm the one to brew this tea today, I'd be using 1.64 Kwh - or 1.7 Kwh in my Pembrokeshire kitchen in mid-winter.
I don't drink Tea or Coffee and I would have been making it for others in the Phils where I was streaming 2 hour Netflix movies just over a week ago.
I don't have an overdraft but I have a 30 page spreadsheet that I put together to manage my finances for the next 6 years, all the formula are linked including my own salary calculator which is almost spot on for tax and NI I cut a lot of info from this so even if it could be enlarged you would not be able to learn much The two columns with blank cells either side are my monthly pension contributions employer and me
You're very obviously not a tea (or coffee) drinker: such a quantity would be an affront of those who are! 180 ml is just over half a cup, for heaven's sake!
