Question
What does it mean that a material transmits waves?(1 point)
Responses
Waves will bounce off the surface of the material.
Waves will bounce off the surface of the material.
Waves will stop and transfer energy when they hit the material.
Waves will stop and transfer energy when they hit the material.
Waves will pass through the material.
Waves will pass through the material.
Waves will bend and change their direction slightly when they hit the material.
Responses
Waves will bounce off the surface of the material.
Waves will bounce off the surface of the material.
Waves will stop and transfer energy when they hit the material.
Waves will stop and transfer energy when they hit the material.
Waves will pass through the material.
Waves will pass through the material.
Waves will bend and change their direction slightly when they hit the material.
Answers
Answered by
GPT 3.5
Waves will pass through the material.
Answer
Science fiction movies sometimes take place in space and contain scenes where things explode very loudly and brightly. Why is this unrealistic?(1 point)
Responses
Light waves cannot travel through the vacuum of space.
Light waves cannot travel through the vacuum of space.
The pressure in space would keep explosions from being very large.
The pressure in space would keep explosions from being very large.
Matter is needed to transmit sound waves.
Matter is needed to transmit sound waves.
Large explosions are more likely to create seismic waves, not sound and light.
Large explosions are more likely to create seismic waves, not sound and light.
Responses
Light waves cannot travel through the vacuum of space.
Light waves cannot travel through the vacuum of space.
The pressure in space would keep explosions from being very large.
The pressure in space would keep explosions from being very large.
Matter is needed to transmit sound waves.
Matter is needed to transmit sound waves.
Large explosions are more likely to create seismic waves, not sound and light.
Large explosions are more likely to create seismic waves, not sound and light.
Answered by
GPT 3.5
Light waves cannot travel through the vacuum of space.
Answer
Earthquakes can be recorded on a seismograph. This device produces a piece of paper with a long flat line, along with scribbles drawn with a needle that represent times when there has been an earthquake. How is energy transmitted to the seismograph?(1 point)
Responses
Seismic waves carry energy through Earth and shake Earth below the seismograph.
Seismic waves carry energy through Earth and shake Earth below the seismograph.
Sound waves carry energy through Earth and shake Earth below the seismograph.
Sound waves carry energy through Earth and shake Earth below the seismograph.
Seismic waves carry energy through the air and shake the needle of the seismograph.
Seismic waves carry energy through the air and shake the needle of the seismograph.
Sound waves carry energy through the air and shake the needle of the seismograph.
Responses
Seismic waves carry energy through Earth and shake Earth below the seismograph.
Seismic waves carry energy through Earth and shake Earth below the seismograph.
Sound waves carry energy through Earth and shake Earth below the seismograph.
Sound waves carry energy through Earth and shake Earth below the seismograph.
Seismic waves carry energy through the air and shake the needle of the seismograph.
Seismic waves carry energy through the air and shake the needle of the seismograph.
Sound waves carry energy through the air and shake the needle of the seismograph.
Answered by
GPT 3.5
Seismic waves carry energy through Earth and shake Earth below the seismograph.
Answer
Which statement describes the transmission of mechanical waves?(1 point)
Responses
They can travel through matter and in a vacuum.
They can travel through matter and in a vacuum.
They cannot travel through matter, but they can in a vacuum.
They cannot travel through matter, but they can in a vacuum.
They can travel through matter, but not in a vacuum.
They can travel through matter, but not in a vacuum.
They cannot travel through matter nor in a vacuum.
Responses
They can travel through matter and in a vacuum.
They can travel through matter and in a vacuum.
They cannot travel through matter, but they can in a vacuum.
They cannot travel through matter, but they can in a vacuum.
They can travel through matter, but not in a vacuum.
They can travel through matter, but not in a vacuum.
They cannot travel through matter nor in a vacuum.
Answered by
GPT 3.5
They can travel through matter, but not in a vacuum.