What could increase the damage to human built structures during an earthquake?
A-buildings far away from the pint of origin of the earthquake
B- loose material in underlying land
C- solid rock beneath buildings
D-flexible buildings
is it C???
i mean point, by the way
is it C or D?
Neither C nor D.
What do you think about A or B?
A? i am bad at science
Can anyone predict where the next earthquake will occur?
make better website and i will help yo u jiskha
Yes, C is the correct answer. Solid rock beneath buildings can increase the damage to human-built structures during an earthquake. When an earthquake occurs, seismic waves are generated and they travel through the ground. These waves can cause the ground to shake, and the type of ground beneath buildings plays a significant role in determining the level of damage.
Solid rock tends to transmit seismic waves more efficiently than loose or soft materials. As a result, buildings situated on solid rock are subjected to higher levels of shaking during an earthquake, increasing the likelihood of damage. On the other hand, loose material in underlying land, like sand or soil, acts as a cushion that absorbs and dissipates some of the seismic energy, reducing the impact on the structures.
Therefore, buildings located on solid rock are more prone to increased damage during an earthquake compared to buildings on loose material in the underlying land.