Hot spot volcanoes are not associated with plate interactions.
The plate that the volcano is on moves while the hot spot does not. The volcano is eventually carried away from the hot spot and no longer has a source of magma.
It is a volcano that originates on the seafloor at a hot spot or in conjunction with plate tectonics.
Hot spot volcanoes are not associated with plate boundaries except where the hot spot is coincidentally near one.
ls it formed due to a hot spot or a plate boundary Komagatake
No. Sakurajima is a volcano associated with a convergent plate boundary.
It is not on a plate boundary but in the middle of a plate. Kilauea has formed over a hot spot.
A fixed "hot spot" (magma/hot lava) accumulated under the tectonic plate in that area. Imagine a volcano under the sea floor there. The "volcano" would erupt and create an island. Over time, the tectonic plate would move but the "volcano" would not. The hot spot (volcano) would erupt again but on a different part of the tectonic plate.
convergent plate boundary
The Yellowstone caldera is associated with a hot spot, not a plate boundary.
It is not on a plate boundary but in the middle of a plate. Kilauea has formed over a hot spot.
The Yellowstone volcano is well withing the boundaries of the North American plate. It formed over a hot spot rather than a plate boundary.
Kilauea is not located near a plate boundary. It is over a hot spot.