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Why is mercury used in blood pressure?
because
What is the used of mercury sphygmomamometer?
To read blood pressures
Why mercury is used in bp apparatus?
Mercury is used in blood pressure apparatus for its density and stable liquid state under a range of temperatures, allowing for accurate measurement. However, due to environmental and health concerns associated with mercury, digital or aneroid blood pressure monitors are now more commonly used.
Why is mercury used in blood pressure cuffs.?
Because mercury is 13.6 times denser than water it is able to measure higher pressures.
What is mm Hg an abbreviation for other than millimeters of mercury?
mm Hg is also an abbreviation for millimeters of mercury, commonly used as a unit of pressure to measure blood pressure in medicine.
A sphygmomanometer is a?
A sphygmomanometer is medical device that is used to measure the blood pressure of a person. It consists of a cuff that can be inflated to stop the blood flow and mercury meter or manometer that is used to measure the blood pressure. It is commonly used along with the stethoscope. It was invented by Samuel Siegfried Karl Ritter von Basch in 1881.
What is the full form of mm Hg?
The full form of mm Hg is millimeters of mercury. It is a unit of pressure commonly used in medicine to measure blood pressure.
Why is Mercury used in a battery?
mercury is only used in a mercury battery
What is the measurement used to measure blood pressure called?
mm Hg (milimeters of mercury) usually measured with a Stethoscope and a sphygmomanometer .
What was Mercury used for?
mercury was used for thermometers and baramoters
Is mercury used in piping?
Mercury is not used in piping.
Why Mercury is used in spygmomanometer?
Mercury is used in sphygmomanometers because it is a dense liquid that moves easily within a tube, providing accurate blood pressure readings. Its high density allows for precise measurement of small changes in pressure, making it a reliable element in these medical devices. Additionally, mercury does not adhere to the walls of the tube, ensuring consistent and accurate readings over time.
