You'll get crushed from all sides. But since the pressure is a bit higher underneath you, you will be pushed more by the water underneath you. The water pressure, in addition to crushing you, will exert a net upward force on you.False Prophet said:If you're on a submarine at the bottom of the ocean and you swim out, do you get crushed from all around, or just from the top?
False Prophet said:If you're on a submarine at the bottom of the ocean and you swim out, do you get crushed from all around, or just from the top? I read in a couple places that the pressure is exerted from all directions, but I thought that the pressure is like the "weight" of all the fluid stacked above you. I don't know; please advise.
Air and water pressure direction refers to the direction in which air or water molecules are being pushed or moved. It is influenced by various factors such as temperature, altitude, and surrounding objects.
Air pressure is typically measured using a barometer, which measures the weight of the atmosphere pushing down on the Earth's surface. Water pressure can be measured using a variety of tools, including a manometer or pressure gauge.
Changes in air and water pressure direction can be caused by a variety of factors, including temperature changes, wind patterns, and the presence of high or low pressure systems. Changes in altitude can also have a significant impact on air pressure direction.
Air and water pressure direction can greatly impact weather patterns. High pressure systems typically bring calm, clear weather, while low pressure systems are associated with stormy weather. Changes in pressure direction can also influence wind patterns and the formation of weather fronts.
While it is not possible to predict air and water pressure direction with complete accuracy, scientists use various tools and models to make forecasts and predictions. These predictions can help us prepare for potential weather changes and make informed decisions.