select all the correct answers. a seismograph has a heavy weight that is hung from a spring. what would…

select all the correct answers. a seismograph has a heavy weight that is hung from a spring. what would happen if the weight were attached to a rod instead of a spring? the weight would not oscillate. the weight would oscillate. the pen would not make contact with the paper. the seismogram would not be accurate. the seismograph would not function.

select all the correct answers. a seismograph has a heavy weight that is hung from a spring. what would happen if the weight were attached to a rod instead of a spring? the weight would not oscillate. the weight would oscillate. the pen would not make contact with the paper. the seismogram would not be accurate. the seismograph would not function.

Answer

Brief Explanations:

A spring - mass system allows for oscillation as the spring can stretch and compress. A rod is rigid and won't allow the weight to move freely in the same way for oscillation. Without proper oscillation, the seismograph which records ground - motion through the movement of the weight won't function accurately or at all. The pen's contact with the paper depends on the design of the seismograph's recording mechanism and not directly on the spring - rod change.

Answer:

The weight would not oscillate. The seismogram would not be accurate. The seismograph would not function.