Not sure if there's a good answer for this question... but a subducting plate boundary is good for making volcanoes. The problem is that during subduction, there's an oceanic plate going under a continental plate. Oceanic plates are generally more mafic (more metallic stuff than rhyolite) than the continental plate. They get subducted, get hot and melt a little, and then head back up a little inland to make volcanoes. If they come up slow, I *think* they tend to pick up more chunks of the continental crust they're ascending through, making them more felsic (opposite of mafic.) Which could make your rhyolite lava.
But it doesn't work all the time... for example the Andes have been coughing up andesite (Andes-ite lol) for quite a while, which is of course not rhyolite.
Yellowstone has produced both basaltic and rhyolitic lava flows. It is better known for its ecplosive eruptions, which produce large ash clouds and pyroclastic flows rather than lava flows.
Both rhyolitic and basaltic lava flows have been found in the Yellowstone Caldera. There are alro large deposits of rhyolitic tuff.
Lava domes are large geological features created by rhyolitic magma. Rhyolitic magma promotes plinian eruptions. Plinian eruptions can happen very quickly and shoot lave several miles into the air.
A transform boundary lacks volcanic activity but has a large number of earthquakes. Transform boundaries occur when two tectonic plates slide past each other horizontally, causing friction and stress that can lead to frequent seismic activity. An example of a transform boundary is the San Andreas Fault in California.
All hurricanes produce large amounts of rain. It is a result of the huge amount of moisture a hurricane carries.
Not necessarily. Volcanic bombs may be formed from any composition of magma from basaltic to rhyolitic.
kashmir
through hoberr process
They produce large amount of iron
When a business or a firm produce large amount of production, then it is called large scale of production.
It applies a small amount of force to produce a large amount of force.
Both rhyolitic and basaltic lava flows have been found in the Yellowstone Caldera. There are alro large deposits of rhyolitic tuff.
Yellowstone has produced both basaltic and rhyolitic lava flows. It is better known for its ecplosive eruptions, which produce large ash clouds and pyroclastic flows rather than lava flows.
Lava domes are large geological features created by rhyolitic magma. Rhyolitic magma promotes plinian eruptions. Plinian eruptions can happen very quickly and shoot lave several miles into the air.
Produce a large amount of heat and energy which is utilized for many purposes
no they don't but they produce a large amount of venom about 150mg per bite.
All hurricanes produce large amounts of rain. It is a result of the huge amount of moisture a hurricane carries.