because its dense.
As I push the plunger with the water, I feel resistance initially as I apply pressure to push the water out. As the water moves through the pipes, I might feel a slight release of pressure as the clog is cleared. If the clog is stubborn, I might feel additional resistance as I continue plunging until the blockage is resolved.
Pressure increases underwater because the weight of the water above compresses the water below. The deeper you go, the greater the pressure because there is more water pushing down. This increase in pressure can have physiological effects on the human body, such as affecting breathing and circulation.
When water touches your hand, you may feel sensations such as wetness, coolness, and possibly a slight sensation of pressure or movement depending on the temperature and flow of the water.
You would feel more pressure 5 m underwater in the pool because the weight of the water above you increases with depth. The pressure in the lake at 2 m would be less than at 5 m in the pool due to the difference in water depth.
You don't feel the pressure exerted by the atmosphere because your body is used to it and is able to balance the pressure inside and outside.
As I push the plunger with the water, I feel resistance initially as I apply pressure to push the water out. As the water moves through the pipes, I might feel a slight release of pressure as the clog is cleared. If the clog is stubborn, I might feel additional resistance as I continue plunging until the blockage is resolved.
Because the deeper the water you are standing in is, the more pressure the water pushes on you, and this pressure pushes you upwards, making you feel a sense of lightness or weightlessness.
Pressure increases underwater because the weight of the water above compresses the water below. The deeper you go, the greater the pressure because there is more water pushing down. This increase in pressure can have physiological effects on the human body, such as affecting breathing and circulation.
When water touches your hand, you may feel sensations such as wetness, coolness, and possibly a slight sensation of pressure or movement depending on the temperature and flow of the water.
Although water pressure is constant, when other pressure is put on it, air for instance it will be forced through an open. this is much like an aerosol or propellant filled can that forces product out of the container.
The row of tiny holes with nerve endings that feel changes in water pressure is called the lateral line. It helps fish and aquatic animals detect movement and vibrations in the water, aiding in navigation, predator avoidance, and prey detection.
You would feel more pressure 5 m underwater in the pool because the weight of the water above you increases with depth. The pressure in the lake at 2 m would be less than at 5 m in the pool due to the difference in water depth.
Feel the Pressure was created on 2010-08-23.
Liquid pressure = weight density x depth When you swim under water, you can feel the water pressure acting against your eardrums. The deeper you swim, the greater the pressure. The cause of pressure is simply the weight of the water (and air) above pushing against you. If you swim twice as deep, there is twice the weight of water above, and twice the water pressure. The pressure exerted by the liquid depends on density as well as depth. If you were submerged in a liquid more dense than water, the pressure would be proportionally greater. (c) Conceptual Physical Science Textbook
Because hot water can raise your blood pressure rapidly. Otherwise you'd be refreshed and energetic.
Water can feel wet, cool, refreshing, or soothing depending on its temperature and the context in which it is experienced. Some people find water to be calming and peaceful, while others may feel invigorated when interacting with it. The sensation of water can also vary based on factors such as water pressure, flow intensity, and the individual's sensitivity to touch.
imagine that all the air around you is puting pressure on you. Then, when you go into a fluid, you can feel the pressure of the air and the water. The deeper you go, the more pressure is on top of you and eventually, you will get crushed.