If it has cooled sufficiently enough to not ignite your tires or fuel tank, and if the crust on top can support the weight of the vehicle without fracturing and dropping you into the molten material below, then the answer is yes. It would be best not to attempt, however. Too risky.
No ... we're talking thousands of degrees of heat in molten lava.
Once the lava bed has fully cooled, then yes, one could walk on it.
yes but,don' stop driving.
No
a rock from cooling lava is called a extrusive igneous rock
The rocks that are formed from cooling of lava are known as Igneous rocks.
Magmatic (lava) cooling.
Igneous rock is formed from the cooling and solidification of magma or lava.
usually it depends on the rate of cooling of the lava....
Yes it is possible to drive a vehicle on cooling lava. Viewers of the BBC television program "Top Gear" may have seen an episode where a vehicle was apparently driven on cooling lava during which the vehicle's tyres caught fire. However this was a very carefully choreographed stunt in which the vehicles front wheels were edged onto cooling lava until they caught fire and then the vehicle was moved away again. To sum up - is it possible to drive on cooling lava, yes! Is it a good idea, NO as it is potentially extremely dangerous.
lava cooling
a rock from cooling lava is called a extrusive igneous rock
The rocks that are formed from cooling of lava are known as Igneous rocks.
Pumice is the result of extremely fast cooling lava.
Magmatic (lava) cooling.
Lava
Igneous rock is formed from the cooling and solidification of magma or lava.
usually it depends on the rate of cooling of the lava....
Volcanologists, or scientists who study volcanoes, are most likely to study the cooling of lava. They are interested in understanding the behavior, properties, and processes associated with volcanic eruptions, including the cooling and solidification of lava after it is erupted from a volcano. By studying the cooling of lava, volcanologists can gain insights into various volcanic phenomena and hazards.
From cooling and hardening
cooling lava from volcanoes.