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Some useful temperature conversions include: °C to °F (multiply by 1.8 and add 32), °F to °C (subtract 32 and divide by 1.8), and °C to K (add 273.15). These conversions are commonly used in everyday life and scientific calculations.

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How bimetallic strips are useful?

Bimetallic strips are useful because they are designed to bend or curl when exposed to temperature changes, due to the different thermal expansion coefficients of the two metals they are composed of. This bending action can be used in devices such as thermostats to control temperature, switches to break or complete an electrical circuit, or in mechanical gauges to indicate temperature changes.


Why are bimetallic strips useful in thermostas?

Bimetallic strips are useful in thermostats because they bend when heated, allowing them to trigger switches or valves to control temperature. The differential thermal expansion of the two metals in the strip enables precise temperature sensing and regulation within a thermostat.


Why is radiation of heat useful for living organism?

Radiation of heat is useful for living organisms because it helps regulate their body temperature. By radiating excess heat away, organisms can maintain a stable internal temperature, which is crucial for vital functions to operate optimally. It also helps prevent overheating and allows for efficient cooling.


What is the temperature sensitive resistor commonly used on vacuum gauges is called a?

The temperature sensitive resistor commonly used on vacuum gauges is called a thermistor. It is a type of resistor whose resistance changes significantly with temperature, making it useful for measuring variations in temperature within a system.


Are bimetallic strips used for On Off control?

Bimetallic strips are commonly used as temperature-sensitive sensors in devices that require automatic temperature regulation, such as thermostats. The bimetallic strip bends in response to temperature changes, making it a useful component for on/off control systems where temperature is a key factor.