An acquaintance is soliciting me for help with it, actually. She microwaved the oatmeal with the water as measured, still contained in the measuring implement.
I'd need to see for sure, but that could well be a failure on the part of the instructions. They've already made the mistake of describing it as instant. If the instructions were simply to measure oats and water and then microwave both, there are a great amount of assumptions that the reader would need to make in order to follow them.
Some of us have come here from places without microwaves, after all. They really should consider that in their documentation.
This place was prepared for newcomers in other ways. It would have been foolish of them not to consider the possibility that a customer might be unaware of microwaves.
It's a terrible oversight that so much effort has been expended to ensure that we're informed about magic and the like, and yet not to ensure that we know about the technologies we're encountering. It's only luck that they match up with the things some of us are familiar with.
Microwave lessons should have been provided alongside magic lessons, really.
Microwaves are a device used to cook food quickly and with less energy expenditure than a traditional oven*. They cook food by using a form of electromagnetic radiation, which is also known as a microwave, to excite the molecules found within food. This generates heat using friction.
*An oven is a device used to produce and distribute heat.
Thank you for your thoughtful questions, AlterEgo.
1) Electromagnetic radiation is the phenomenon of energy moving through space in waves. Examples of electromagnetic radiation include visible light.
2) A molecule is a group of atoms. An atom is the smallest possible quantity of a substance. When two or more atoms form chemical bonds, the result is a molecule. They are very small, and most items are made up of many molecules.
3) Friction is the force generated when two or more items in contact move against each other. An example of friction is two sticks being rubbed together to generate heat, resulting in a fire.
Most forms of light do, in fact, produce heat in addition to light. However, devices such as flashlights are made to distribute this heat in a way which makes them safe for a user to touch. Unfortunately, oatmeal is perishable once the oats are mixed with water. While a light could theoretically eventually cook oatmeal, it would be unlikely to do so before the oatmeal ceased to be suitable for consumption.
In other words, it would be slower than average oatmeal.
un: alter ego
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Oatmeal is eaten hot.
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If it doesn’t start out hot, it’s not instant. It’s ‘however long it takes to boil the kettle’ oatmeal.
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Thus far, my sample group seems to struggle with the concept.
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THE PRODUCT YOU ARE ASKING ABOUT IS INCORRECTLY NAMED AND OUGHT TO BE CALLED FASTER THAN AVERAGE OATMEAL
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Describe the process for preparing faster than average oatmeal.
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Are you struggling with faster than average oatmeal? You seem to need a lot of the steps explaining to you.
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You're acting as my control group.
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I'd need to see for sure, but that could well be a failure on the part of the instructions. They've already made the mistake of describing it as instant. If the instructions were simply to measure oats and water and then microwave both, there are a great amount of assumptions that the reader would need to make in order to follow them.
Some of us have come here from places without microwaves, after all. They really should consider that in their documentation.
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It's a terrible oversight that so much effort has been expended to ensure that we're informed about magic and the like, and yet not to ensure that we know about the technologies we're encountering. It's only luck that they match up with the things some of us are familiar with.
Microwave lessons should have been provided alongside magic lessons, really.
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You might have to change your username to "technologyfacts".
un: technologyfacts
*An oven is a device used to produce and distribute heat.
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1) electromagnetic radiation
2) molecules
3) friction
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1) Electromagnetic radiation is the phenomenon of energy moving through space in waves. Examples of electromagnetic radiation include visible light.
2) A molecule is a group of atoms. An atom is the smallest possible quantity of a substance. When two or more atoms form chemical bonds, the result is a molecule. They are very small, and most items are made up of many molecules.
3) Friction is the force generated when two or more items in contact move against each other. An example of friction is two sticks being rubbed together to generate heat, resulting in a fire.
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In other words, it would be slower than average oatmeal.
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