It is possible, during times of drought, for water that has been removed from the root zone of the plant as a result of downward percolation to travel back up into the root zone through capillary movement.
This will be discussed in further detail below.
<h3>What exactly is the movement of capillaries?</h3>
Percolation is the process by which water moves downward through the root zone of a plant. When circumstances are dry, water that has traveled downward through the root zone as a consequence of percolation may possibly travel back up into the root zone of the plant. In general. capillary movement and migration
Only when the adhesive forces in the liquid are greater than the cohesive forces, which always produce surface tension, can capillary action take place. Capillary action is a physical phenomenon.
In conclusion, the phenomenon known as capillary action refers to the movement of a liquid through a limited space either without the assistance of any external forces, such as gravity, or even in opposition to such force.
Read more about it. capillary movement
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Answer:
It should be B. Whether the ash or gas reaches the stratosphere
Explanation:
The Stonehenge monument located in the city of Salisbury, England. The large <span>Stonehenge’s </span> stones are called sarsens. They are <span>sandstone blocks and are </span>up to 30 feet (9 meters) tall and weigh 25 tons (22.6 metric tons) on average. According the science they were brought from Marlborough Downs, a distance of 20 miles (32 kilometers) to the north. The name Sarsens comes "Saracen stones". Saracen" was a common name for Muslims<span>, and came by extension to be used for anything regarded as non-Christian, whether Muslim, pagan Celtic, or other.</span>
It’s true, look ok the internet
It is very easy. It is a lyric monologue done by the poetic abstract voice to directly send his message to the reader.
