No it is not possible for water to get into the body through the belly bottom. The belly bottom is a layer of skin fat and muscle that is not permeable and therefore water cannot pass through it. The body can absorb water through other areas such as the:
Water can enter the body through these areas as they are all permeable and can absorb water molecules. The belly bottom is not able to absorb water as it is a barrier to keep it out.
The crest of a wave is the topmost point where the wave reaches its maximum height. It is followed by the trough, which is the lowest point of the wave. The crest is a peak of energy moving through the water.
The crest is at the top of a wave, the trough is at the bottom of the wave.
An inclined trough used to convey water for a long distance is called an aqueduct. Aqueducts have been used historically to transport water from a water source to places where it is needed, such as cities or agricultural fields. They rely on gravity to move the water along the sloped trough.
A water trough is used to provide a source of water for animals, such as livestock or horses. It allows the animals to easily access and drink the water, helping to keep them hydrated and healthy. Water troughs are typically placed in pastures or barns where animals are kept.
An inclined trough used to convey water for a long distance is called an aqueduct. Aqueducts were used in ancient civilizations such as the Romans to transport water from a water source to urban areas for drinking, bathing, and irrigation.
The crest of a wave is the topmost point where the wave reaches its maximum height. It is followed by the trough, which is the lowest point of the wave. The crest is a peak of energy moving through the water.
There was a deep trough where the lake water emptied into the river.Scientists have been looking for rare fish in the deep underwater trough.
Well we always bring our horses to the water trough and pick the water up to the horses mouth, and most of the time after that they all just come and drink from the trough. Hope that helps =)
The crest is at the top of a wave, the trough is at the bottom of the wave.
trough
Depends on the width and depth of the trough.
Measuring a wave from crest to trough in the verticaldirection will give the amplitude of the wave. It's called the peak to peak value (as it is is a measure of the distance from the positive peak to the negative peak -- the crest and trough). Measuring the wave in the horizontal direction from a crest to a trough will result in half a wavelength.Picture a water wave frozen on the surface of a pond. The distance (verticaly) from the bottom of a trough to the top of a crest is the amplitude of that wave. A measure of the distance (horizontally) from the bottom of a trough to the top of a crest is half the wavelength of the wave. (Note that athe use of "bottom of a trough" and "top of a crest" might seem redundant or even nonsensical, but is applied here in the hopes of clarity.)
All of them only Distillate Water can not pass trough electricity, because they do not contain minerals and salts
To calculate the volume of water in a semicircular trough, one should figure out the area of the cross section (the semicircle) first. Then, this number should be multiplied by the length of the trough.
You haven't told us how long the trough is, or how deep the water is in it. If it's full to the rim ... 2-ft deep ... then there's 44.88 gallons for every foot of the trough's length.
A trough is something that contains food or water. A small animal might be fed from a bowl; a large animal needs a bigger food container. That's a trough. A visual: you know how in movies set in the American West, after a fight, somebody ends up in the water container the horses were drinking out of? That's a water trough.
An inclined trough used to convey water for a long distance is called an aqueduct. Aqueducts have been used historically to transport water from a water source to places where it is needed, such as cities or agricultural fields. They rely on gravity to move the water along the sloped trough.