The overheated particles will rapidly move upwards, which will lead to relatively even distribution in a layer, but uneven between heights.
In fact, in a large microwaved mug the difference between top and bottom can be as much as 6°C/11°F.
Using a kettle mitigates it for the most part, as it is the bottom that gets continuously heated, and the top is then naturally heated by the vertical currents of hot water, leading to a more even distribution.
But at that point, isn’t it easier to just buy a kettle? It doesn’t require such manipulations, costs next to nothing and allows you to rapidly boil up to 1,5-2L (0,4-0,5 gal) of water for all your needs.
There’s a good reason most of the (Western, at least, dk about other places) world uses them and considers them a basic piece of kitchenware.
The overheated particles will rapidly move upwards, which will lead to relatively even distribution in a layer, but uneven between heights.
In fact, in a large microwaved mug the difference between top and bottom can be as much as 6°C/11°F.
Using a kettle mitigates it for the most part, as it is the bottom that gets continuously heated, and the top is then naturally heated by the vertical currents of hot water, leading to a more even distribution.
Surely stirring the water in the microwaved mug and giving it another round easily solves this issue.
Ideally 2 to 3 rounds, yes.
But at that point, isn’t it easier to just buy a kettle? It doesn’t require such manipulations, costs next to nothing and allows you to rapidly boil up to 1,5-2L (0,4-0,5 gal) of water for all your needs.
There’s a good reason most of the (Western, at least, dk about other places) world uses them and considers them a basic piece of kitchenware.
In the US, kettles are supposedly much slower than a microwave or even a hob due to their grid.