There's a range for lava flow that stretches from a few inches to a number of miles. It depends mostly on a lava's viscosity. Highly vuc\\iscous lava volcanoes, such as Mt. St. Helens, tend to erupt violently, but lava flows are slow and quick to solidify. Underwater eruptions may have lava that solidifies on the outside almost instantly. Extremely low viscosity lava flows, like those in Hawaii, may run for days and cover miles before solidifying.
Aa is lava that forms a thick ,brittle crust . Pahoehoe is a lava that forms a thin crust. Pillow lava forms when lava erupts underwater. Blocky lava is kool, stiff lava that does not travel far from thr eruption site.
The term that best describes the ability of lava to flow is "viscosity." Viscosity refers to the thickness or stickiness of a fluid, which influences how easily it can move. In the case of lava, its viscosity is determined by factors such as temperature, composition, and gas content, affecting how far and fast it can travel. Lower viscosity lava flows more easily, while higher viscosity results in slower, thicker flows.
Lava from composite volcanoes, or stratovolcanoes, is typically more viscous due to its higher silica content compared to basaltic lava from shield volcanoes. This increased viscosity means that the lava flows more slowly and doesn't travel far, allowing it to cool and solidify more quickly upon exposure to the atmosphere. Additionally, the steep slopes of composite volcanoes promote rapid cooling as the lava encounters cooler air and surface temperatures.
Streams of molten lava out of a volcano are called 'lava flows'.
A'a can occur at composite volcanoes, but block lava flows, which are far more viscous, are more common.
an average hamster can travel at a speed of 5 miles per hour
90 m
12.6 Miles. (That is far)
2 miles
absolutly
On average, a mouse can travel up to 1 mile in a day.
depends on the bird
A millilitre is one thousandth of a litre. Depending on the mpg the car gets, an average car would travel about as far as you could spit.
IT is travelling at its fastest when it gushes out of a vent to form a lava fountain.
3 x 50 = 150 miles
The distance your breath can travel in a day can vary depending on factors like wind conditions, but on average, it may travel a few meters to tens of meters. In still air, it may not travel far at all before dispersing.
It depends on several factors, but "about a mile" is a good average.