try tsunami or wave maybe?
it is a lava monster
In Super Scribblenauts, the way to lower the temperature of the lava is to type in "Cool Magma". Next, to increase the size of the boulder, you need to type "Giant Boulder". Finally, to wear down the mountain, you need to type" Small Mountain". After that, you can get the Starite!
Lava
It can cool lava somewhat, but so does air or anything else that is at a lower temperature than the lava. It would not cool lava enough to make noticeable difference.
Lava (and any other material) will cool down if it is surronded by material that is at a lower temperature than itself and heat up if the surrounding material is hotter. By definition, lava is molten rock that has been erupted onto the earth's surface. As such it is surrounded by material that is at a much lower temperature than itself so will lose heat and so decrease in temperature.
Hard lava, big boulder, round mountain.
The temperature of lava affects its viscosity, or how easily it flows. Hotter lava has lower viscosity and can flow more easily, often traveling further than cooler, more viscous lava. Cooler lava tends to be more sluggish and may not flow as far before solidifying.
Temperature significantly influences the viscosity and behavior of lava. Higher temperatures generally reduce viscosity, allowing lava to flow more easily, while lower temperatures increase viscosity, resulting in thicker, more sluggish lava. Additionally, temperature affects the gas content and crystallization processes in lava, which can alter its composition and eruption style. Hotter lava tends to produce more fluid basaltic flows, while cooler lava can lead to more explosive eruptions with higher silica content.
Yes, because the hotter lava gets, the easier it can flow. The reduced density of hot lava, plus reduced hardening of the leading edge, means that it will travel much more rapidly than cooler, thicker lava.
The temperature and the silica content will both affect the viscosity of lave which will in turn affect the flow rate (whereby the lower the temperature and the higher the silica content, the higher the viscosity and the lower the flow rate).
lava
Magma is hotter than lava because magma is located beneath the Earth's surface where it is exposed to higher temperatures and pressures compared to lava, which is magma that reaches the surface. As magma rises to the surface and cools, it loses some of its heat energy, resulting in the lower temperature of lava.