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capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. and rises through standard cheaps inbreeds and stalks all trunks. and copied. capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amendable unfortunately the chooks the elements of wood through which water's transported have an average diameter of 50 micro metres that 0.05 millimeters that's how narrow the troops are in them water can easily rise to a height of 5 or 10 meters from 14 me to you but how does it get to the top of a huge 100 meter tall tree for that to occur evaporation comes into play. if a dunes water evaporates in the leaves of the trees crowns that causes suction in the capillaries it's like what happens when we drink from a straw. also and can clean the function yet i live you just can see transpiration the loss of water as vapor at the top of the tree causes the pressure differential which sucks water up to such amazing heights calm comes.
capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. and rises through standard cheaps inbreeds and stalks all trunks. and copied. capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amendable unfortunately the chooks the elements of wood through which water's transported have an average diameter of 50 micro metres that...
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capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to spend achieves and roots and stalks all trunks. and copied. in capillaries which are tubes of this than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amendable unfortunately the troops the elements of woods there which waters transported have an average diameter of 50 micro meters that 0.05 millimeters that's how narrow the troops are in them water can easily rise to a height of 5 or 10 meters from 14 meter but how does it get to the top of a huge 100 meter tall tree for that to occur evaporation. comes into play. w. for doan's water evaporates in the leaves of the trees crowns that cause a suction on the capillaries it's like what happens when we drink from a straw. but also can clean the function yet i would use and see transpiration the loss of water as vapor at the top of the tree causes the pressure differential which sucks water up to such amazing heights can. be of operat
capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to spend achieves and roots and stalks all trunks. and copied. in capillaries which are tubes of this than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amendable unfortunately the troops the elements of woods there which waters transported have an average diameter of 50 micro meters that...
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capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to spend a cheap ingredients and stalks all trunks. and copied. capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amended by unfortunately the chooks the elements of wood through which waters transported have an average diameter of 50 micro metres that 0.05 millimeters that's how narrow the troops are in them water can easily rise to a height of 5 or 10 meters from what i've seen me to but how does it get to the top of a huge 100 meter tall tree for that to occur evaporation comes into play when and if a dunes water evaporates in the leaves of the trees crowns that cause a suction in the capillaries it's like what happens when we drink from a straw. must also play in the function yet i love you just consider transpiration the loss of water as vapor at the top of the tree causes the pressure differential which sucks water up to such amazing heigh
capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to spend a cheap ingredients and stalks all trunks. and copied. capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as a deal amended by unfortunately the chooks the elements of wood through which waters transported have an average diameter of 50 micro metres that...
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capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to stand a cheap in groups and stops all trunks. and copied. in capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as would be eliminated by i'm fortunate and choose the elements of woods there which water's transported have an average diameter of 50 micro meters that 0.05 millimeters that's how narrow the troops are in them water can easily rise to a height of 5 or 10 meters from what i've seen. but how does it get to the top of a huge 100 meter tall tree for that to occur evaporation comes into play. with dunes water evaporates in the leaves of the trees crowns that causes suction in the capillaries it's like what happens when we drink from a straw. but also clean the function yet i would use it and see transpiration the loss of water as vapor at the top of the tree causes the pressure differential which sucks water up to such amazing heights calm comes.
capelli action takes place when it he's into a surface is stronger than the cohesion among the water molecules. then rises to stand a cheap in groups and stops all trunks. and copied. in capillaries which are tubes of less than 2 millimeters in diameter water can rise to a certain height. the narrower the capillary the higher the water can rise as would be eliminated by i'm fortunate and choose the elements of woods there which water's transported have an average diameter of 50 micro meters...