What is a density bottle? How is it used to find the density of liquid?
Answer
584.7k+ views
Hint:Density bottles are mostly used to calculate the density of medium viscosity liquids. They aren't volumetric instruments, but they are calibrated 'to contain,' much as volumetric flasks are. Bottle with a stopper for density, handling, Calculate the dry and empty density bottle weights.
Complete answer:
A density bottle is a small glass bottle with a stopper on the neck. A fixed amount of liquid may be stored in the bottle. The density bottle is usually available in two sizes: $25\,ml$ and $50\,ml$. There is a small hole in the glass stopper. When the bottle has been filled with liquid and a stopper has been placed in it. The excess liquid rises and drains through the hole. As a result, each time the bottle is full, it will contain the same amount of liquid. It's used to figure out how dense a liquid is.
To find the density of liquid we have to perform the following steps:
-Determine the weight of the empty density bottle \[\left( {A1} \right)\] first.
-Then fill it with the liquid whose density you want to assess.
-Then figure out how much the bottle with the liquid weighs \[\left( {A2} \right).\]
-The liquid's weight is then equal to \[\left( {A2{\text{ }} - {\text{ }}A1} \right)\]
-The bottle's volume is already known to you.
Use them to calculate: \[Density(\rho )\] = \[Mass{\text{ }}\left( m \right)/Volume{\text{ }}\left( V \right)\]
Note:All component parts of calibrated density bottles have a unique identification number. Just put pieces together that have the same number .And Since density varies depending on temperature, make sure to include the temperature you measured it at.
Complete answer:
A density bottle is a small glass bottle with a stopper on the neck. A fixed amount of liquid may be stored in the bottle. The density bottle is usually available in two sizes: $25\,ml$ and $50\,ml$. There is a small hole in the glass stopper. When the bottle has been filled with liquid and a stopper has been placed in it. The excess liquid rises and drains through the hole. As a result, each time the bottle is full, it will contain the same amount of liquid. It's used to figure out how dense a liquid is.
To find the density of liquid we have to perform the following steps:
-Determine the weight of the empty density bottle \[\left( {A1} \right)\] first.
-Then fill it with the liquid whose density you want to assess.
-Then figure out how much the bottle with the liquid weighs \[\left( {A2} \right).\]
-The liquid's weight is then equal to \[\left( {A2{\text{ }} - {\text{ }}A1} \right)\]
-The bottle's volume is already known to you.
Use them to calculate: \[Density(\rho )\] = \[Mass{\text{ }}\left( m \right)/Volume{\text{ }}\left( V \right)\]
Note:All component parts of calibrated density bottles have a unique identification number. Just put pieces together that have the same number .And Since density varies depending on temperature, make sure to include the temperature you measured it at.
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