- Joined
- Dec 25, 2020
- Messages
- 17
Hi there,
I know that I need to get the surface of my meat to 154 degrees celcius in order to initiate the maillard reaction. However, I have no way of figuring out if the frying pan is hot enough before adding the meat. I tried doing this yesterday and the temperature was not high enough - the meat started cooking and was not browning.
I do not have access to a thermometer (not that I would know how to use it for this purpose) and want to avoid buying one as money is short.
Second question, I cook my food on three different ovens. There are two at my flat but one is usually in use by a flatmate. I also cook when visiting family. The problem is, all the stoves seem to have different temperatures at different settings. Does anyone have any advice on how I might be able to predict what a setting will do to my food? For example, one of the stoves seems to heat water to boiling point even when it is on "low". That makes me wonder whether I should use "medium" where a recipe tells me to cook on high heat.
I know that I need to get the surface of my meat to 154 degrees celcius in order to initiate the maillard reaction. However, I have no way of figuring out if the frying pan is hot enough before adding the meat. I tried doing this yesterday and the temperature was not high enough - the meat started cooking and was not browning.
I do not have access to a thermometer (not that I would know how to use it for this purpose) and want to avoid buying one as money is short.
Second question, I cook my food on three different ovens. There are two at my flat but one is usually in use by a flatmate. I also cook when visiting family. The problem is, all the stoves seem to have different temperatures at different settings. Does anyone have any advice on how I might be able to predict what a setting will do to my food? For example, one of the stoves seems to heat water to boiling point even when it is on "low". That makes me wonder whether I should use "medium" where a recipe tells me to cook on high heat.