The thermometer inside the mitten will likely show a higher temperature reading compared to the thermometer lying directly on the table.
Here’s the explanation:
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Insulation: The mitten serves as an insulator. When the thermometer is placed inside the mitten, it is somewhat shielded from the ambient air temperature. The mitten can trap some heat, leading to a slight increase in temperature around the thermometer inside it.
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Heat Transfer: The thermometer on the table is in direct contact with a surface that is likely cooler than the surrounding air if the table is made of a material like wood or metal. Heat from the thermometer will be lost to the table, causing it to read closer to the temperature of the surface rather than the air.
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Air Circulation: Air circulation can also play a role. If there is minimal airflow around the mitten, the temperature inside it can become warmer due to heat retention.
In summary, the mitten keeps the thermometer warmer by insulating it from cooler surfaces and potentially trapping heat, leading to a higher temperature reading compared to the thermometer directly on the table.