हिंदी

Explain Why Stringed Musical Instruments, like the Guitar, Are Provided with a Hollow Box. - Physics

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प्रश्न

Explain why stringed musical instruments, like the guitar, are provided with a hollow box.

एक पंक्ति में उत्तर

उत्तर

Stringed instruments are provided with a hollow box so that resonance may take place and a loud sound can be produced.

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Forced Vibrations
  क्या इस प्रश्न या उत्तर में कोई त्रुटि है?
अध्याय 6: Echoes and Vibrations of Sound - Short Answers

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आईसीएसई Physics [English] Class 10
अध्याय 6 Echoes and Vibrations of Sound
Short Answers | Q 47

संबंधित प्रश्न

What are mechanical waves?


The diagram above shows a wire stretched over a sonometer. Stems of two vibrating tuning forks A and Bare touched to the wooden box of the sonometer. It is observed that the paper rider (a small piece of paper folded at the centre) present on the wire flies off when the stem of vibrating tuning fork B is touched to the wooden box but the paper just vibrates when the stem of vibrating tuning fork A is touched to the wooden box.

1) Name the phenomenon when the paper rider just vibrates.

2) Name the phenomenon when the paper rider flies off.

3) Why does the paper rider fly off when the stem of tuning fork B is touched to the box?


Distinguish between the free (or natural) and forced vibrations.


Describe a simple experiment to illustrate the phenomenon of resonance and explain it.


Two pendulums C and D are suspended from a wire as shown in the figure give below. Pendulum C is made  to oscullate by displaying it from its mean position. It is seen that D also starts oscillating. 

(i) Name the type of oscillation, C will execute.
(ii) Name the type of oscillation, D will execute.
(iii) If the length of D is made equal to C then what difference will you notice in the oscillations of D ?
(iv) What is the name of the phenomenon when the length of D is made equal to C ?


Differentiate  between the following: 

Free and forced vibrations. 


Differentiate  between the following: 

 Radio waves and light waves.


The diagram below shows three different modes of vibration P, Q and R of the same string of a given length.

P Q R
  1. Which vibration will produce a louder sound and why?
  2. Which vibration will produce sound of maximum shrillness (or pitch) and why?
  3. What is the ratio of wavelength of vibrations P and R?

Explain Why are stringed musical instruments provided with large sound boxes?


What do you understand by free (or natural) vibrations?


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