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It looks like a small, shallow drum, with small cymbals attached to the side. The link will show you a picture of a tambourine.

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15y ago

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What energy transfomations occur in a tambourine?

In a tambourine, the energy transformations primarily involve the conversion of mechanical energy to sound energy. When the tambourine is shaken or struck, the mechanical energy from the movement is converted into vibrations in the tambourine's skin, producing sound waves.


Which instrument listed below is an example of a membranophone A. Tambourine B. Maracas C. Kazoo D. Guiro?

A. Tambourine. The tambourine is an example of a membranophone because it has a drumhead stretched over a frame that produces sound when struck or shaken.


How does a tamberene work?

A tambourine is a percussion instrument that consists of a circular frame with pairs of metal jingles or "zils" attached. When the tambourine is shaken or struck, the jingles create a rattling sound. The player can vary the sound by how they manipulate the tambourine, such as shaking it, striking it with their hand, or hitting it against their hip or thigh.


How does a tamborine vibrate?

A tambourine vibrates when it is struck by the hand or by another object. The vibration creates sound by causing the small metal discs (jingles) attached to the tambourine to collide and produce a ringing noise.


What is the resonance of a tamborine?

The metal disks on the tambourine called "zils" can be dampened by tape. Just experiment. Put little pieces of masking tape on the edges of the zils until it becomes quiet enough. If your tambourine has a drum head, do the same to it on the inside surface of the skin.