To make it simple....
If u are placing a triangle on a paper, the forces acting on a triangle from your left to right or right to light, along the plane of paper cannot move it, but .. when it is moved towards u or away, it can be moved or shifted from plane to plane..
so triangle vibration depends on the forces u apply in the particular direction...
When you hit it, the triangle vibrates, and the air around it vibrates. The air particles closest to it vibrates, then the air particles next to the first ones start vibrating as well and so on, so it reaches your ear. From liam514 if u have any other questions tell me and i will answer them as best as i can.
When a triangle is hit, it vibrates and creates sound waves. The vibrations travel through the metal of the triangle, causing the air molecules around it to vibrate and produce sound. The sound we hear is a result of these vibrations reaching our ears.
The color that vibrates the fastest in the visible spectrum is violet, which has the shortest wavelength.
The medium vibrates perpendicular to the direction of the wave propagation.
A transverse wave vibrates perpendicular to the direction of wave motion.
yeah it does vibrates when you hit it
The harder you hit it - the more the triangle vibrates, and the louder the sound it produces.
When you hit it, the triangle vibrates, and the air around it vibrates. The air particles closest to it vibrates, then the air particles next to the first ones start vibrating as well and so on, so it reaches your ear. From liam514 if u have any other questions tell me and i will answer them as best as i can.
When you hit it, the triangle vibrates, and the air around it vibrates. The air particles closest to it vibrates, then the air particles next to the first ones start vibrating as well and so on, so it reaches your ear.
When a triangle is hit, it vibrates and creates sound waves. The vibrations travel through the metal of the triangle, causing the air molecules around it to vibrate and produce sound. The sound we hear is a result of these vibrations reaching our ears.
The skin vibrates when you hit them.
The string of a veena vibrates
The reed on a clarinet vibrates against the mouthpiece.
There is no such thing as vibrates or non-vibrates. Vibration is a concept when dealing with sound waves. However, one may mean vertibrates and invertibrates. Vertibrates are those that have backbones and invertibrates do not.
The tightly stretched surface (membrane) of a drum vibrates.
The reed vibrates.
It's the string that vibrates when you either pluck or bow them.