yes, because the bell jar will vibrate
We can't speak or hear in space because there is no air the sound can travel through.
birds chirping
Sound needs to travel through something, or you can't hear. Sonce there is nothing in space, sound can't travel.
No, sound cannot travel through the vacuum of space because it requires a medium, such as air or water, to propagate. Astronauts can hear inside their spacecrafts where there is air, but they cannot hear anything outside in the vacuum of space.
In an alarm clock, electrical energy from the batteries or power source is converted into sound energy when the alarm rings. The electrical energy powers the mechanisms inside the clock to produce vibrations that create the sound waves we hear as the alarm.
If all the air is sucked out of the jar, the alarm clock will not be able to produce sound because sound requires a medium, such as air, to travel through. The alarm clock may still vibrate, but it will not create audible sound in a vacuum.
In a vacuum, sound waves cannot travel as there is no medium for them to propagate through. Therefore, you would not be able to hear the alarm clock ringing in a vacuum.
The clock radio was a very useful invention: most sources attribute it to James F. Reynolds, sometime in the mid-1940s. It was both a clock and a radio: it not only told the time, but it enabled the person to set an alarm to be woken up by their favorite radio station. Alarm clocks already existed, but they beeped or buzzed; now you could awaken to the news or hear your favorite songs.
you put a alarm clock under the pillow and it will bump up and down to wake them up.
yes, because the bell jar will vibrate
yes its called an alarm clock you set it to when you want to wake up and it will wake you up but make sure you would be able to hear it in your room
Do you want to sit here so you can hear the television better? Did you hear that the president will be here tomorrow? I didn't hear her say that we should wait here. I could hear wolves howling when I was here last night. He didn't hear the alarm clock ring even though he was sleeping right here. Unless you hear differently, we'll meet here again next week. When you hear me calling, come here right away.
No "space" is mostly a vacuum. No sound is transmitted in a vacuum. You would not hear a starship exploding either!
The answere is no.
In Chapter 1 of "The BFG," Sophie could hear the Queen's snores, the BFG's footsteps, and the ticking of the clock in the orphanage.
Different alarm bells have different frequencies. It seems to us that an alarm sounder could be constructed to sound at any desired frequency between 20 Hz and 20 KHz. Outside of that range, it would have little value as an alarm, because nobody could hear it.