Well Volcanic erruptions are very violent and effect the immediate climate around it, it really depends on the sort of Volcano, normal volcanos like Mount St Helens effected its sourroundings by clogging up the atmosphere with ash, and Sulpher Dioxide which are both ejected from a volcano, a Super Volcano can cause a volcanic winter, in which the Sun's light is not allowed through the dust and ash in the atmosphere causing the surface temperture to go down dramatically, by about -20 degrees. but your main concern is the explosion if your around the Volcano which is from pressure build up and explodes
A composite volcano is composed of many layers of ash and cooled lava flows resulting from sequences of explosive and non-explosive eruptions. The arrangement of these layers can be quite complex.
Felsic magma. This type of magma is viscous with high silica content, resulting in explosive eruptions and the formation of light-colored rocks.
It depends on the texture of the magma, if it is thick then it won't let the gases escape, and if it is liquidy then the gases will escape resulting in a nonexplosive eruption. If the magma is high in silica and water then it will be thick If the magma is low or has no silica or water then it will be liquidy. - Negehna 6th Grade
Lava with high viscosity is thick and slow-moving, resembling thick honey or toothpaste. It tends to flow more sluggishly and can build up pressure, leading to explosive eruptions with volcanic ash and debris.
Fire Lava Ash Grey Red Goo Unexpected Serious explosive rumbling powerful For inactive volcanoes: inactive dormant
A composite volcano is composed of many layers of ash and cooled lava flows resulting from sequences of explosive and non-explosive eruptions. The arrangement of these layers can be quite complex.
Felsic magma. This type of magma is viscous with high silica content, resulting in explosive eruptions and the formation of light-colored rocks.
Discribe the mechanism of inhalation of man
breathing
It depends on the texture of the magma, if it is thick then it won't let the gases escape, and if it is liquidy then the gases will escape resulting in a nonexplosive eruption. If the magma is high in silica and water then it will be thick If the magma is low or has no silica or water then it will be liquidy. - Negehna 6th Grade
Defence mechanism of the plant
Lava with high viscosity is thick and slow-moving, resembling thick honey or toothpaste. It tends to flow more sluggishly and can build up pressure, leading to explosive eruptions with volcanic ash and debris.
Fire Lava Ash Grey Red Goo Unexpected Serious explosive rumbling powerful For inactive volcanoes: inactive dormant
Words to describe Beethoven's temperament:volatilepassionateerratic
Television has had a strong influence.
hot exploding huge fearful gigantic
the term to describe that would be: "historical context".