HomeInstrumentation CalculatorsMillimeter of Mercury (mmHg) to Atmospheres (atm) Pressure Unit Conversion Calculator

Millimeter of Mercury (mmHg) to Atmospheres (atm) Pressure Unit Conversion Calculator

Published on

spot_img

This calculator allows you to convert pressure values from Millimeter of Mercury (mmHg) to Atmospheres (atm), commonly used in scientific research, weather forecasting, and various engineering applications where standardized pressure measurements are required.

The Millimeter of Mercury (mmHg) is a unit of pressure that represents the force exerted by a 1-millimeter column of mercury at 0°C under standard gravity. It is often used in medical fields, barometry, and vacuum measurements.

The Atmosphere (atm) is a unit of pressure defined as 101,325 Pascals. It is a reference standard for atmospheric pressure at sea level and is commonly used in scientific and engineering contexts.

Suppose you have a pressure of 760 mmHg.
To convert it to atm:

760÷760=1 atm

So, 760 mmHg is equal to 1 atm.

Millimeter of Mercury (mmHg)Atmospheres (atm)
1 mmHg0.00132 atm
10 mmHg0.0132 atm
100 mmHg0.132 atm
500 mmHg0.658 atm
760 mmHg1 atm
1000 mmHg1.316 atm
  • Scientific Research: Helpful for converting pressure values in scientific experiments where both mmHg and atm units are used.
  • Meteorology: Assists in converting atmospheric pressure readings from mmHg to atm.
  • Medical Applications: Useful in converting blood pressure measurements from mmHg to atm.
  • Industrial Calibration: Relevant for process control and calibration tasks involving standard atmospheric pressure units.

This mmHg to atm conversion calculator is an essential tool for professionals working in scientific, medical, and industrial applications where accurate pressure conversions are necessary.

Here you can refer more Online Instrumentation Calculators Collections

Latest articles

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...

Step-by-Step Guide for Troubleshooting Radar Level Transmitters

Table of ContentsHow do you troubleshoot a radar level transmitter?Problem no.1: Power Supply IssuesProblem...

More like this

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...