A volcano's shape is primarily influenced by the type of eruption and the characteristics of the magma. Explosive eruptions tend to form steeper, cone-shaped volcanoes (stratovolcanoes), while effusive eruptions create shield volcanoes with gently sloping sides. The frequency and volume of eruptions over time can also shape a volcano's size and profile.
Kilauea is a shield volcano.
Well it depends on how bad the lava flow is. If the lava is flowing slow then the shape of the volcano won't change much, But if it flows with force then bits of the volcano will fall off and change the shape of the volcano. Hope this answer helps!!
It is a shield volcano, which means it has a wide base and a low cone.
Crater
When the volcano erupts, lava comes out and hardens on the surface of the volcano. If the volcano keeps erupting, then the hardened lava will create layers which cause the volcano to get taller like a mountain.
the shape of a dome volcano is like an triangle
A shield volcano is low and wide.
Shield Volcano
Kilauea is a shield volcano.
a volcano gets active when tectonic plates move, then the lava tubes start working and then it gets active. anusha gupta
Well it depends on how bad the lava flow is. If the lava is flowing slow then the shape of the volcano won't change much, But if it flows with force then bits of the volcano will fall off and change the shape of the volcano. Hope this answer helps!!
yes
The vertebrate gets its shape from their backbone.
It is a shield volcano, which means it has a wide base and a low cone.
The basic shape of a volcano is like that of a cone with it's bottom faced downwards towards the earth and the top pointy hole part facing upwards towards the sky! However there is a type of volcano which has a plain shape and that is a dead or an extinct volcano!Cone
When you have a volcano the molten rock is called Magma when it is inside the volcano but when it gets out of the volcano it changes name to Lava.
A volcano shapes the earth because when a volcano erupts, the lava hardens, forming new land on the earth's surface