Society & Culture1 min ago
Physics coursework
How do you heat a brick to 800 degrees and measure the temperature across it
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No best answer has yet been selected by d694. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.I take it that you can work out a way to measure the temperature on the "cold" side of the brick and a way to heat the "hot" side of the brick.
This means that your question come down to how to measure temperatures in the region of 800 degrees.
Do a search for Optical Pyrometer on your favourite search engine that should get you going in the right direction.
Best of luck
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If you heat a brick to 800�C its temperature will be 800�C. see, no need for measuring.
if, on the other hand you are interested in heat conductivity at that temperature, taking a long brick, heating one end to 800�C (there are thermocouples in that temperature range and heating could be done with a big gas burner or multiple small ones for homogeneity) and then measuring the temperature profile of the isolated (insulated?) rest with embedded thermocouples might do the trick.
if, on the other hand you are interested in heat conductivity at that temperature, taking a long brick, heating one end to 800�C (there are thermocouples in that temperature range and heating could be done with a big gas burner or multiple small ones for homogeneity) and then measuring the temperature profile of the isolated (insulated?) rest with embedded thermocouples might do the trick.
Use a thermocouple - one end on the cooler side, and one end on the hot
A thermocouple is two wires made of different metals, eg one copper and one iron joined at each end. If there is a temperature difference between the ends, a current flows. the size of the current is dependant on the temperature difference
A thermocouple is two wires made of different metals, eg one copper and one iron joined at each end. If there is a temperature difference between the ends, a current flows. the size of the current is dependant on the temperature difference