it is a tricky subject. on the one hand, water can burn calories on the other certain types, such as sewer water can cause extreme illness which can cause weight gain. Overall though, it should have about S calories per O grams/ P milimetres/ rocket load
Many people mistakenly believe that wine, spirits and even beer, for example, contain no kilojoules and that this is reserved solely for food. Not true according to the below comparisons.
So you may see a lot of people who will eat sparingly, but sip away at the wine and spirits (and even beer) and wonder why they’re not losing weight.
Here are a few examples of wines vs. spirits in the kilojoules department:
225ml glass of white wine = 659 kilojoules
225ml glass of red wine = 641 kilojoules
225ml glass of full strength beer = 341 kilojoules
225ml glass of vodka (30ml tot) and soda = 266 kilojoules
225ml glass of gin (30ml) and tonic = 545 kilojoules
Two large glasses (450ml) of white wine (1 318 kJ) are equivalent to:
Five chocolate chip biscuits – 1245 kJ
Seven jelly snakes – 1 292 kJ
Four medium apples – 1 354 kJ
Twelve squares of Milk Chocolate – 1 350 kJ
Five large, hard boiled eggs – 1 283 kJ
Seven chicken nuggets – 1 353 kJ
One toasted ham and cheese sandwich – 1 244 kJ
None. Water has no calories.
There are no calories in water.
A glass of water which contains no other substance or additives does not contain any calories. A glass of water contains no calories, fats, or sugars.
No kilojoules at all.
zero...as long as it is just plain water
Water has no calories in it.
zero
None. Now if you mean potential kilojoules if fusion happens, or the kilojoules at a certain temperature, that is something else entirely.
A glass of full cream milk contains almost 10 grams of fat and roughly 738 kilojoules compared to low fat or skim milk, which has between two grams and zero grams of fat and between 495 – 375 kilojoules. Benefits of drinking low fat milk
6.276 kJ
That's going to depend on what temperature the water starts from.
6.276 kJ
3.707
3
170 calories = 0.71128 kilojoules
Add water
~ 6.3 kilojoules When 1 g of water is cooled down by 1°C it releases 1 calorie so cooling 100g of water 15 times 1°C releases 1500 calories worth of heat. The transfer factor from calorie to joule is ~ 4.2 joules/calorie 1500 calories * 4.2 joules/calorie = 6300 joules = 6.3 kilojoules
158.1Kj
i think about 5000 kilojoules