Absolutely. Use a small 'torpedo' level, place on the top of the thermostat to insure accuracy.
Mercury Bulb, heat-anticipator and a cold-anticipator.
When a thermometer bulb containing mercury is placed in hot water, the mercury inside expands, causing the level of mercury to rise. This expansion of mercury is used to measure the increase in temperature accurately.
The exterior of the bulb of the thermometer expands first, resulting in the mercury level to go down. After that the mercury in the bulb expands more than the glass bulb, resulting in the subsequent rise of the mercury level.
A thermostat is not a thermometer, it is a device that routes 24 volts to various circuits according to temperature. There were old fashioned type mercury bulb thermostats but they are very rare today, most thermostats are solid state circuit board type.
The level of mercury changes in a thermometer when it comes in contact with another object because the temperature of the object affects the temperature of the mercury. Heat transfers between the object and the mercury, causing the mercury to expand or contract, which in turn changes its level in the thermometer.
no
by the radiation in the filament it throw out heat . this way the bulb demonstrates the heating effect. :D
A typical mercury thermometer consists of a glass tube with a bulb at one end filled with mercury. As the temperature changes, the mercury expands or contracts, causing it to rise or fall in the tube. The temperature is then read based on the level of the mercury within the graduated scale on the tube.
In a fluorescent light bulb there is usually a drop of mercury. That mercury vaporizes as the bulb warms up and it becomes gaseous, enhancing the electron interaction through the bulb, making it brighter.
There is none. In the case of a thermometer, it will depend on the relative dimensions of the bulb and the capillary tube.
Mercury.
fluorescent bulbs have mercury in them. There are heaters at the ends of the bulb that vaporizes the mercury to allow the light to be produced ( the fluorescence on the inside of the bulb is what actually glows). If the bulb is cold you do not get the ionization of the mercury to cause the fluorescent powder inside the bulb to glow, or it just glows a small amount.