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high winds
The one with the highest pressure and largest area will produce the most force.
The two forces that combine to produce an electrochemical gradient are the concentration gradient, which is the difference in ion concentration across a membrane, and the electrostatic gradient, which is the difference in charge across a membrane. Together, these forces drive the movement of ions across the membrane.
The great wind speed of a tornado is driven by a pressure gradient force. The pressure inside a tornado is lower than in its surroundings, so air is drawn inwards. The larger the difference in pressure over a given distance, the greater the pressure difference. Tornadoes produce a very large drop in pressure over a very short distance. Tornadoes generally move with the thunderstorms that produce them, which are in turn carried along by the large scale wind pattern.
No, the greater the difference in air pressure actually results in stronger winds, not lighter ones. Wind is created by the movement of air from areas of high pressure to areas of low pressure, and a larger pressure gradient leads to faster air movement. Therefore, stronger winds occur with a greater pressure difference, while a smaller pressure difference would produce lighter winds.
The granules of the inner membrane of the mitochondrion are believed to be the site of chemical reactions that produce the electron transport system that generates a proton gradient. Also site of the ATPase complex which uses the proton gradient to produce ATP.
The immediate source of energy used to produce a proton gradient in photosynthesis is light energy. Light energy is captured by chlorophyll within the thylakoid membranes of chloroplasts, where it drives the process that generates a proton gradient across the membrane.
depending on its design, a resonator will produce anywhere from almost no back pressure, to a mild amount.
holstine
yawa
bangladesh
Anticyclones produce high barometric pressure.