Constant gas thermometers are preferred over constant volume thermometers because the gas thermometer can be easily adjusted to atmospheric pressure, providing accurate readings. Additionally, the gas thermometer can measure a wide range of temperatures, making it versatile for various applications. Constant volume thermometers are limited in the range of temperatures they can measure and are less commonly used for precision measurements.
A cylindrical bulb is preferred over a spherical bulb in a thermometer because it allows for more uniform expansion of the liquid inside, resulting in more accurate temperature readings. The shape of the bulb also allows for easier calibration and adjustment of the thermometer. Additionally, a cylindrical bulb is more practical for manufacturing and handling compared to a spherical bulb.
When graphing an unchanging mass over a changing volume, you would plot the mass value as a constant horizontal line on the y-axis and the volume values on the x-axis. This would result in a flat line parallel to the x-axis representing the constant mass value across different volumes.
If the volume is tripled while mass remains constant, the density (mass/volume) of the object decreases. This means that the object becomes less dense as the same amount of mass becomes spread over a larger volume.
Mercury is preferred for thermometers because it has a high coefficient of thermal expansion, making it very sensitive to temperature changes. It is also easy to see and read due to its silver color and sharp meniscus. Additionally, mercury remains in a liquid state over a wide range of temperatures.
If you increase the length of a wire while keeping the volume constant, the wire's thickness will decrease proportionally. This is because the volume of the wire is distributed over a longer length, resulting in a thinner wire.
A cylindrical bulb is preferred over a spherical bulb in a thermometer because it allows for more uniform expansion of the liquid inside, resulting in more accurate temperature readings. The shape of the bulb also allows for easier calibration and adjustment of the thermometer. Additionally, a cylindrical bulb is more practical for manufacturing and handling compared to a spherical bulb.
mass and volume measurements for any sample liquid should fall along the graph line because liquids have a constant density. Density is mass over volume. Mass equals density which is a constant time volume.
When graphing an unchanging mass over a changing volume, you would plot the mass value as a constant horizontal line on the y-axis and the volume values on the x-axis. This would result in a flat line parallel to the x-axis representing the constant mass value across different volumes.
if you mean why is a desktop preferred over a laptop. then i would answer that they aren't and that laptops are preferred because of their convenience
If the volume is tripled while mass remains constant, the density (mass/volume) of the object decreases. This means that the object becomes less dense as the same amount of mass becomes spread over a larger volume.
mercury thermometer
Mercury is preferred for thermometers because it has a high coefficient of thermal expansion, making it very sensitive to temperature changes. It is also easy to see and read due to its silver color and sharp meniscus. Additionally, mercury remains in a liquid state over a wide range of temperatures.
Interval estimates are generally to be preferred over point estimate
how would a temperature reading be different if the thermometer were over unshaded asphalt
The total amount of water on Earth remains relatively constant over time, so the total volume of water in the hydrosphere does not change.
You can use the recording thermometer or the mercury thermometer, either one of those will work.
If you increase the length of a wire while keeping the volume constant, the wire's thickness will decrease proportionally. This is because the volume of the wire is distributed over a longer length, resulting in a thinner wire.