How am i supposed to know that?
Yes. Pumice is a volcanic rock.
Pumice forms from the eruption of volcanoes. It occurs from hot pressurized rock that gets ejected from the volcano during eruption.
Tephra.. (not pumice - Pumice is the light stone which forms during an eruption)
No. Pumice forms from gas-rich lava that is ejected into the air.
A stone that can float on water is a pumice stone. Ejected from a volcano, and full of holes, it has been known to float.
no. the liquid that comes out of a volcano can turn into pumice.
Pumice forms from the eruption of volcanoes. It occurs from hot pressurized rock that gets ejected from the volcano during eruption.
Tephra.. (not pumice - Pumice is the light stone which forms during an eruption)
Pumice forms from the eruption of volcanoes. It occurs from hot pressurized rock that gets ejected from the volcano during eruption.
Tephra.. (not pumice - Pumice is the light stone which forms during an eruption)
Pumice is a textural term for a volcanic rock that is a solidified frothy lava typically created when super-heated, highly pressurized rock is violently ejected from a volcano
No. Pumice forms from gas-rich lava that is ejected into the air.
A stone that can float on water is a pumice stone. Ejected from a volcano, and full of holes, it has been known to float.
No, pumice is an extrusive rock ejected into the atmosphere by volcanic eruptions.
no. the liquid that comes out of a volcano can turn into pumice.
Pumice is formed near and above volcanoes from foamy lava that has been ejected.
Pumice is a vesiculated igneous rock, meaning that it has tiny pockets of gas trapped inside. These pockets of gas cause pumice to have a very low density. Pumice is usually (though not always) a felsic rock, meaning that it has a high silica content. It is formed when lava is ejected from a volcano. As it cools, gases come out of solution and form bubbles. These bubbles are trapped as the pumice solidifies. It usually forms in areas where felsic volcanic activity is high, which includes continental hot spots and continental volcanic arcs. Composite volcanoes are highly felsic, so any location where composite volcanoes occur, such as Mt. Fuji, Japan, is a prime location for pumice formation. Other volcano types, such as shield volcanoes or cinder cones, may also produce pumice.
Pumice is volcanic or igneous.