Total body water is normal; local edema reduces blood volume Can cause circulatory shock
Water or fluids that contain water fill virtually every cell and the spaces between them in the body. Water accounts for approximately 60 to 70 percent of the total body weight in a normal adult, making it the most abundant constituent of the human body.
WATER BECAUSE 80% OF YOUR BODY IS WATER AND WE LOSE ABOUT 2LITRES OF THAT EACH DAY SO YOU HAVE TO DRINK 2LITRES OF WATER EVERYDAY TO KEEP YOUR BODY MOIST.
Waste, skin, breathing, it comes out of every part of the surface of your body.
An aquifer is a body of porous stone, containing water.
Being windward of a large body of water typically results in milder temperatures due to the moderating influence of the water. This effect, known as maritime influence, can lead to cooler summers and milder winters compared to inland areas. The water helps regulate temperature by absorbing and releasing heat more slowly than land.
Nearness to a large body of water can moderate temperature extremes in a coastal city. Water has a higher specific heat capacity than land, leading to slower heating and cooling of coastal areas. This can result in milder temperatures compared to inland locations.
ten percent of westerners livers cannot breakdown MDMA leading to extreme body temps as high as 110 degreez F, either causing the user heatstroke or to drink so much water they get water poisoning
continued exposure to low or rapidly falling temps
Atlantic Ocean, or more local, the Florida Straights.
They do not have the energy needed to react at normal body temperatures.They do not have the energy needed to react at normal body temps.
They do not have the energy needed to react at normal body temperatures.They do not have the energy needed to react at normal body temps.
In most cases, the water temperature only affects land temperatures when the land is in relatively close proximity to the water. The winds will flow accross the warmer water and carry the radiated heat over the land closest to the shoreline. As the wind blows further inland, the affects of the water are slowly dropped off. In contrast, the air temperatures can SLOWLY affect the water temperatures. Over time, cooler/warmer air temps will cool/warm the waters if the temps are fairily consistent for a period of time. The larger the body of water, the longer it takes for the air to affect it.
Well, the pollution would spread throughout the clean body of water, at a decreasing rate the further away from the original source of pollution you measured. After a year, the whole body of water would be pretty much uniform in pollution. This is happening with global warming. 7 billion people and all of our energy we produce dissipates (moves to) to the environment. So if we all have 96* body temps, and the air is 60*, the air will continually warm as we produce heat energy. ms
A region with a large body of water tends to have milder temperatures because water has a high heat capacity, meaning it heats up and cools down more slowly than land. This results in cooler winters and warmer summers compared to regions without large bodies of water.
It depends on the local laws the prevail for that body of water.
Water heats up and stays warm longer than land. So a large body of water will have a moderating effect on the surrounding land. That is why coastal regions have a milder climate with less extremes of temperature than inland areas