When lightning strikes a tree, it can create a path of least resistance, usually along the outer bark, leading to heating and vaporization of the tree's sap. This can cause the bark to explode and the wood to split. The intense heat can also start a fire, either immediately or later on due to lingering embers.
When lightning strikes a tree in an open field, the electricity follows the path of least resistance, usually through the tree's outer moist bark, causing it to explode and char. This can lead to the tree being split open or even starting a fire. The intense heat can vaporize the sap inside the tree, creating steam that further damages the tree.
Even though trees can act as lightning rods and attract lightning due to their height and moisture content, the danger comes from the potential for the tree to be struck and for the electricity to travel through the ground to anyone standing nearby. Lightning doesn't always leave visible damage on trees, but it can still be hazardous to take shelter under them during a storm.
Yes, lightning striking a tree can knock it down if the strike is powerful enough to cause significant damage to the tree's structure. The intense heat from the lightning can also vaporize water inside the tree, leading to an explosive release of energy that can split or topple the tree.
Lightning can kill a tree by causing a sudden surge of electricity that can damage the tree's cells, tissues, and roots. This disrupts the tree's ability to transport water and nutrients, leading to its eventual death. Additionally, lightning can also create a surge in heat that can burn the tree, further contributing to its demise.
It is more likely for a person to be struck by lightning while standing below a tall tree because lightning seeks the highest point to strike, and tall trees are more likely to attract lightning due to their height. Additionally, tall trees have a higher chance of being struck because they are more likely to be hit by the downward leader from a lightning bolt.
Car because if a lightning hits the car the energy goes around the car but the tree can't absorb the energy
Nothing happens. The lightning will not affect the tornado.
Emile Heskey
When lightning strikes a tree in an open field, the electricity follows the path of least resistance, usually through the tree's outer moist bark, causing it to explode and char. This can lead to the tree being split open or even starting a fire. The intense heat can vaporize the sap inside the tree, creating steam that further damages the tree.
Lightning strikes trees because they are tall and have sap that conducts electricity well. When lightning hits a tree, the electrical charge travels through the tree's conductive tissues, such as water and sap, which can sometimes cause the tree to explode or catch fire.
Lightning harns a tree by harming the roots of a tree and that affects how the tree grows
If lightning strikes a tree, the electricity typically travels through the tree's moist tissues and can cause the tree to explode or ignite. The intense heat from the lightning strike can also start a fire in the tree or its surroundings. Additionally, the tree may suffer damage to its internal structure, leading to potential long-term negative effects on its health and stability.
Could very well result in death of the swimmer
Running under a tall tree during a thunderstorm is dangerous because the tree can attract lightning due to its height and position. Lightning can strike the tree, leading to the risk of being directly or indirectly hit by the lightning. It is safer to seek shelter in a sturdy building or a low-lying area away from trees during a thunderstorm.
it hits the ground
The blasted tree represents the aftermath of a lightning strike, causing damage and destruction to the tree. It is a common sight in areas prone to thunderstorms and lightning strikes.
The lightning superheats the water within the tree causing it to violently expand and split the tree open.