The color comes from hemoglobin and the hemoglobin changes color depending upon what is bound to it. Oxyhemoglobin (hemoglobin with oxygen bound to it), deoxyhemoglobin (hemoglobin with no oxygen bound to it) is somewhat bluish. Arterial blood, which has been to the lungs and is on its way to the tissues, is usually fairly saturated with oxygen (anywhere from 95-100% of the hemoglobin is bound to oxygen), and so it looks bright red. Blood in the veins, coming back from the tissues, is less saturated (perhaps 60-80%), and so it appears darker. If there is enough unbound hemoglobin in the blood, it may actually take on a bluish hue, and that is why someone may appear blue if they are not getting oxygen. Carbon monoxide also binds to hemoglobin and results in an even brighter red color than when oxygen binds. Someone with carbon monoxide poisoning may have even brighter red blood and may have a bright red coloration to the lips and fingernails. It is also possible for the iron in hemoglobin to be changed from the ferrous (2+) to ferric (3+) state and the result is methemoglobin, which is a more brownish compound. There is normally a very small amount of methemoglobin circulating in the blood and this can be increased by exposure to certain chemicals (in particular, certain nitrogen compounds). Interestingly, methemoglobin is capable of binding cyanide, so the "antidote" for cyanide poisoning is a nitrogen compound that converts hemoglobin to methemoglobin, which then binds up free cyanide in the blood.
Under normal circumstances, the blood contains primarily oxyhemoglobin and deoxyhemoglobin.
circulating blood is rather viscous substance that varies from bright scarlet to dull brick red, depending on the amount of oxygen it is carrying. hope that helps. CC Circulating blood is rather viscous substance that varies from bright scarlet to a dull brick red, depending on the amount on oxygen it is carrying. Hope that helps. CC
oxygenated blood is a bright red (in arteries), deoxygenated blood is a dull brick red (in veins).
The amount of hemoglobin in the blood tells us its colour.
blood is never blue but arterial blood lacking oxygen is darker... venous blood is dark red arterial blood is bright red capillary blood is brick red
brick
Any bleeding when the blood is exposed to oxygen turns the color of the blood to bright red and is called oxygen-rich. If the blood has used up a portion of the oxygen it is carrying, called oxygen-poor blood, it turns to a darker brick-red.
Because Tangerine is such a bright color you can not really get it starting with a dull color like Brick. If you add lots of super bright pure yellow you may get a dull tangerine depending on the shade of Brick you have. It is easy to make a light or bright color dull or darker but making a dull or dark color bright is not really possible (unless you add at least 10 quarts of a lighter color to each pint of the darker color.
A physical property of a brick is its density, which is the amount of mass per unit volume. This property helps determine the weight and strength of the brick.
2500
Capillary
It depends on how big the brick is, what it's made of, and whether or not it's hollow.
It is not widely known where Rick Riordan lives, so it is not possible to say whether he lived in a wood or brick house.