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What else can I help you with?
Who are the vegetarian players in India?
MS Dhoni, Anil kumble, Srinath
Which among the following players of India was famous as Pocket Dynamo?
KD Jadhav
Who are the India team 11 players of tomorrow's cricket match of India vs west Indies?
GambhirRahaneKohiliYuvrajRainaDhoniJadejaAshwinB KumarI sharmaAshok Dinda
What famous river in India did Alexander the Great cross?
Alexander the Great crossed the Indus River during his conquest of India.
Who built the ancient pyramids in India?
Samarth the great, Johann the great and saksham the great did
What is a dholak?
A dholak is a North Indian hand drum.
When dholak produces sound which part of dholak vibrates?
streched membrane
What do you call 'dholak' in English?
Dholak in English is referred to as a double-headed hand-drum.
Who plays dholak?
hamlet
When was the dholak invented?
information about an instrument fiddle
Which part of dholak vibrate?
streched membrane
How many total no of players of India participate in London Olympics 2012?
83 players from india
What is the vibrating part of dholak?
The vibrating part of a dholak is the circular membrane, known as the puri, which is typically made of goat skin. This membrane is struck with the hands or a stick to produce the drum's sound.
How many players of circket team India?
if ur question is that how many players are in world cup squad of India then the answer is 15
Who are sport players in India?
they are cricket players most indians will support them
How is sound produced in a dholak?
Sound in a dholak is produced by striking the drum's two heads with hands or sticks. The top head produces higher-pitched tones, while the bottom head produces deeper tones, creating a distinctive sound when played together. The drum's cylindrical shape and tension in the heads also contribute to the specific timbre of the dholak.
Which part of dholak vibrates when sound is produced?
The membranes or heads of the dholak vibrate when struck with hands or sticks, producing sound. The tension of the heads and the force of impact determine the pitch and volume of the sound.
