By "capillary action."
The properties of adhesion and cohesion in water molecules allow for capillary action, enabling water to move up the roots of a tree. Adhesion causes water molecules to stick to the walls of the plant's xylem vessels, while cohesion keeps water molecules together, allowing them to be pulled up as a column. Transpiration, the process of water evaporating from the leaves, also helps to create a low pressure in the leaves, pulling water up the plant.
B. Capillary action. Capillary action, along with cohesion and adhesion forces, allows water to move upwards through the xylem in the tree, from the roots to the leaves. These forces help counteract gravity and allow water to reach the top of tall trees.
Trees have evolved to grow in response to gravity, with roots anchoring them in the ground and branches reaching toward the sky for sunlight. The structure and function of a tree are dependent on this orientation, so growing upside down would not be conducive to its survival. Additionally, water and nutrients would have difficulty flowing against gravity in an upside-down tree.
the octopus sucks in water and jets it out like a squid
Gravity.
its because of gravity
easy gravity
Hydrogen bonds between water molecules create cohesion, allowing water to be pulled up through the xylem tissue of a tree. Adhesion between water molecules and the xylem tissue walls helps to counter gravity and support this upward movement of water. Transpiration, the evaporation of water from the leaves, also creates a negative pressure that assists in drawing water up the tree.
You move a palm tree like you move any other tree. You dig around the rootball when the tree is dormant in winter and move it with as much root as possible, Watering during the first year after moving is vital.
Gravity makes an apple drop off a tree
Each water molecule pulls on the lower water molecule by being hydrogen bonded, one to another molecule. So, this works somewhat as a chain, along with the other forces in play here, to move water molecules up the trunk and into the leaves of the tree.
It could evaporate from anywhere! The stems, branches, and leaves have probably the most moisture. Usually water doesn't evaporate directly from a tree- the tree 'sweats'. This phenomenon is called perspiration.