Because light is faster than sound. We see by light and hear by sound. Light goes approximately 299,792,458 meters per second while sound only goes 340.29 meters per second. Thus the light bouncing off the strike is much faster than the sound that comes from it and so we see faster than we hear.
Because it generates no sound. The only time it would make a sound is if it was big enough to pass through the atmosphere, and strike the Earth. In which case, you would hear something similar to an explosion.
baseball bowling meeting
the object isn't vibrating in a range for humans to hear.
In the sentence "Raise your hand if you can hear the music" there are two transitive verbs. 1. Raise (its object is hand). 2. Hear (its object is music).
Something weird
[object Object]
the strike is currently on and going ahead, but there are new pay talks happening today to try and resolve the strike, stansted has been called off for monday, but we are waiting to hear about gatwick.
No, you do not have to be directly in front of an object to hear a sound. Sound waves can travel in all directions, so as long as you are within range of the sound source, you will be able to hear it.
Check whether your speakers are connected to your default soundcard.
A word that names something you can see, touch, hear, smell, or feel is "apple." An apple is a tangible object that can be visually observed, physically handled, heard when bitten, smelled for its fragrance, and tasted for flavor. It engages multiple senses, making it a perfect example.
Something that is not loud enough to hear is referred to as "inaudible" or "too quiet."
When you hear something coming closer, it is called "waxing". The opposite of which is "waning".