The question must be asked carefully. If the thermometer is in water ice and there is no liquid water, and there is one atmosphere of pressure, the thermometer can read anything from the freezing point of water and lower, depending on the range of the thermometer. If the thermometer is in a stable mix of water and ice, it will read the freezing point of water.
Increases first and then decrease
If both thermometers were at room temperature before you arranged them above and below the ice cube, then the one below should show a greater change, and sooner, than the one above. The ice cools the air around it, causing the air around it to become more dense than the air at room-temperature. The cool air then sinks, right past the lower thermometer.
Depends on the scaling on the thermometer. 0°C 273.16K 32°F 459.67°R
When calibrating any kind of thermometer in an ice water bath, the temperature should be 0o C or 32o F.
because the mixture of ice and water has an equilibrium temperature of 0 C and thus it will be the first calibration system and making sure that thermometer is working properly. The thermometer will have better contact with the water than with lumps of ice and therefore adjust better to its temperature.
fordetermining point of ice,the thermometer should be kept
Increases first and then decrease
because it would turn to ice and alcohol wouldn't
Fahrenheit
WORKING: Place the bulb of the thermometer filled with mercury in a vessel ov small pieces of ice the mercury will arise in the tube and will come to rest at a certain point.this point shows the melting point of ice. CONSTRUCTION:A thermometer consists of a glass bulb filled with mercury.A cappilary tube arises from this bulb.Due to the narrow bore of the tube a small change in the volume of the mercury becomes significiantly visible.
dial thermometer
no...........try it with a thermometer, just put ice in a cup, add salt then check the thermometer...........instead of going up, it will go down
You can.
It is calibrated by puttin it in some ice.
If both thermometers were at room temperature before you arranged them above and below the ice cube, then the one below should show a greater change, and sooner, than the one above. The ice cools the air around it, causing the air around it to become more dense than the air at room-temperature. The cool air then sinks, right past the lower thermometer.
Yes. Ice floats in water because it is less dense. Mercury is over ten times denser than water. So ice easily floats in mercury.
Depends on the scaling on the thermometer. 0°C 273.16K 32°F 459.67°R