Result: Standard Atmosphere = Pascal
i.e. atm = pa
Article Contents []
What does Standard Atmosphere mean?
Standard Atmosphere is used as a unit of pressure.
Definition
Standard Atmosphere is defined as the pressure exerted by 760 mm of mercury at standard gravity and 0 °C temperature. It is approximately equal to the average atmospheric pressure at the sea level of Earth.
1 atm ≡ 101,325 Pa i.e. 1 Standard Atmosphere is equal to 101,325 Pascal
1 atm ≡ 1.01325 bar i.e. 1 Standard Atmosphere is equal to 1.01325 Bar
1 atm ≡ 760 Torr i.e. 1 Standard Atmosphere is equal to 760 Torr
1 atm ≡ 14.695 9 psi i.e. 1 Standard Atmosphere is equal to 14.6959 Pound per square inch
What does Pascal mean?
Pascal (Pa) is the basic unit of pressure in the International System of Units (SI). It is named after the French mathematician, physicist, and philosopher Blaise Pascal. The unit is defined as the force of one Newton per square meter.
Pressure is defined as the force applied per unit area, and it is an important physical quantity in many fields, including fluid dynamics, thermodynamics, and materials science. Pascal is used to measuring pressure in a wide range of applications, including atmospheric pressure, blood pressure, and industrial processes.
The SI unit system provides a standardized method of measuring physical quantities, and Pascal is the preferred unit of pressure in the system. Other commonly used units of pressure include pounds per square inch (psi), bar, and atmosphere (atm).
The conversion factor between Pascal and psi is 1 Pa = 0.0001450377 psi, and the conversion factor between Pascal and bar is 1 Pa = 0.00001 bar. Thus, 10 GPa is equivalent to 1,450,377.38 psi and 1000 bar.
In addition to being used to measure pressure, Pascal is also used to express stress and tensile strength. For example, the yield strength of many metals is expressed in units of Pascal.
In conclusion, Pascal is a fundamental unit of pressure and an essential tool for measuring pressure in a wide range of applications. It is part of the SI unit system and is commonly used in scientific and industrial settings. Understanding Pascal and its conversions to other units of pressure is essential for anyone working with pressure measurements.
What does Pressure mean?
Pressure is a kind of force. In the language of physics, a force is an object that changes or tries to change its state by acting on it or that changes or tries to change its motion by acting on a moving object.
For example, if someone pushes against a wall, the force is applied whether it changes its position or not. This effort is called force. On the other hand, the force exerted on a single area is called pressure.
This means that if we apply a force in a single case, it will be a force.
Pressure = (force ÷ area)
As an example, it is easy to take a photo with a pin because the area is less. Again, more pressure is required in the area.
The Unit of Pressure
Pressure scalar quantity, because it has value but has no direction. The SI unit of pressure is Pascal, which is equal to Newton per square meter (N/m²). Since an object or group of objects under pressure can act on its surroundings, the pressure is also measured as static energy in a single volume. It is related to the density of energy and can be expressed in joules unit per cubic meter (joules/m³, which is equal to Pascal). To make this concept precise, we use the idea of pressure. The pressure is defined to be the amount of force exerted per area.
Thanks for reading this article! Hopefully, it helps you understand what pressure is and how we measure the pressure of an object.
How to convert Standard Atmosphere to Pascal : Detailed Description
Standard Atmosphere (atm) and Pascal (pa) are both units of Pressure. On this page, we provide a handy tool for converting between atm and pa. To perform the conversion from atm to pa, follow these two simple steps:
Steps to solve
Have you ever needed to or wanted to convert Standard Atmosphere to Pascal for anything? It's not hard at all:
Step 1
- Find out how many Pascal are in one Standard Atmosphere. The conversion factor is 101325.0 pa per atm.
Step 2
- Let's illustrate with an example. If you want to convert 10 Standard Atmosphere to Pascal, follow this formula: 10 atm x 101325.0 pa per atm = pa. So, 10 atm is equal to pa.
- To convert any atm measurement to pa, use this formula: atm = pa x 101325.0. The Pressure in Standard Atmosphere is equal to the Pascal multiplied by 101325.0. With these simple steps, you can easily and accurately convert Pressure measurements between atm and pa using our tool at Pyron Converter.
FAQ regarding the conversion between atm and pa
Question: How many Pascal are there in 1 Standard Atmosphere ?
Answer: There are 101325.0 Pascal in 1 Standard Atmosphere. To convert from atm to pa, multiply your figure by 101325.0 (or divide by 0.000009869232667160129).
Question: How many Standard Atmosphere are there in 1 pa ?
Answer: There are 0.000009869232667160129 Standard Atmosphere in 1 Pascal. To convert from pa to atm, multiply your figure by 0.000009869232667160129 (or divide by 101325.0).
Question: What is 1 atm equal to in pa ?
Answer: 1 atm (Standard Atmosphere) is equal to 101325.0 in pa (Pascal).
Question: What is the difference between atm and pa ?
Answer: 1 atm is equal to 101325.0 in pa. That means that atm is more than a 101325.0 times bigger unit of Pressure than pa. To calculate atm from pa, you only need to divide the pa Pressure value by 101325.0.
Question: What does 5 atm mean ?
Answer: As one atm (Standard Atmosphere) equals 101325.0 pa, therefore, 5 atm means pa of Pressure.
Question: How do you convert the atm to pa ?
Answer: If we multiply the atm value by 101325.0, we will get the pa amount i.e; 1 atm = 101325.0 pa.
Question: How much pa is the atm ?
Answer: 1 Standard Atmosphere equals 101325.0 pa i.e; 1 Standard Atmosphere = 101325.0 pa.
Question: Are atm and pa the same ?
Answer: No. The atm is a bigger unit. The atm unit is 101325.0 times bigger than the pa unit.
Question: How many atm is one pa ?
Answer: One pa equals 0.000009869232667160129 atm i.e. 1 pa = 0.000009869232667160129 atm.
Question: How do you convert pa to atm ?
Answer: If we multiply the pa value by 0.000009869232667160129, we will get the atm amount i.e; 1 pa = 0.000009869232667160129 Standard Atmosphere.
Question: What is the pa value of one Standard Atmosphere ?
Answer: 1 Standard Atmosphere to pa = 101325.0.