yes, i found so many company provide these cookers.
temperature=pressure/area
Check with Sears parts and Repair in your local area. If they dont have it thet can order it for you. Just check for your model number at the bottom of your pressure cooker.. Check with Sears parts and Repair in your local area. If they dont have it they can order it for you. Just check for your model number at the bottom of your pressure cooker..
To calculate the mass of the petcock on the pressure cooker, you would need more information such as the material it's made of, its shape, and any additional forces acting on it. The pressure difference between 100kPa and 101kPa alone is not sufficient to determine the mass of the petcock.
The greater the pressure the water is under the greater the heat required to bring it to boiling point.
(*Here the noun pressure is not actually an adjective, but an attributive noun or noun adjunct.)When somebody is bleeding, apply a pressure pad to the wound.A pressure cooker is designed to cook food more quickly.
There are several stores in the Los Angeles area that carry stainless steel pressure cookers. You might try Sur La Table or Williams-Sonoma.
Force is typically measured in newtons, not pascals. However, if you are looking to calculate pressure (which relates force to area), then pressure is measured in pascals (Pa). Pressure (in pascals) is calculated by dividing force (in newtons) by the area over which the force is applied.
"How" because wind is in a high pressure area looking for a low pressure area so that is how the wind moves. When it moves it is always picking up "trash"(small particles of sand and dirt).
Because you are feeding them fish brains!
pressure is force divided by area
Force, pressure, and area are related through the equation pressure = force / area. This means that pressure is directly proportional to force and inversely proportional to area. Increasing force applied on a given area will increase the pressure, while increasing the area over which the force is applied will decrease the pressure.
pressure = force/area force = pressure x area area = force/pressure