NCERT Class 8 Arts Kriti (Sanskrit): Chapter 6 — सङ्गीततत्वनामम् अन्वेषणम्

NCERT CBSE Class 8 Arts Kriti (Sanskrit) Chapter 6 Sanskrit PDF

This chapter, "ध्वनि विज्ञानम्" (Science of Sound), from NCERT Class 8 Arts Kriti, explores the scientific principles behind sound production and its characteristics. It explains that sound is produced by vibrations and travels as sound waves through a medium like air or water to our ears. The chapter introduces concepts like frequency (आवृत्तिः), which determines the pitch or sharpness of a sound, and timbre (टिम्ब्रे), which distinguishes different sounds even at the same pitch and loudness. It also discusses resonance (अनुनादः), where a vibrating object amplifies sound, as seen in percussion instruments. The text highlights the importance of traditional instrument makers (वाद्ययन्त्रनिर्मातारः) and the scientific knowledge applied in crafting musical instruments, encouraging students to learn about these artisans and their skills. This chapter connects art and science, fostering an understanding of acoustics and traditional crafts.

Quick info

BoardCBSE / NCERT
ClassClass 8
SubjectArts
BookKriti (Sanskrit)
ChapterChapter 6 — सङ्गीततत्वनामम् अन्वेषणम्
LanguageSanskrit
PDF typeNCERT Textbook
SessionCBSE 2026
Reading time1 minute
Word count200

Learning outcomes

Vocabulary

WordMeaning
कम्पनम्Vibration
शब्दतरङ्गाःSound waves
आवृत्तिःFrequency
टिम्ब्रेTimbre (quality of sound)
अनुनादःResonance
वाद्ययन्त्रम्Musical instrument
स्वरःTone/Pitch
वर्णःColor/Quality (of sound)
तीव्रकम्पनम्Rapid vibration
तीक्ष्णताSharpness/High pitch

The complete chapter text is read in the official NCERT PDF viewer below (streamed from ncert.nic.in). This page provides NCERT Help study material — summary, vocabulary, practice questions, and FAQs — not a full reproduction of the textbook.

Read chapter online

This PDF is loaded from the official NCERT website (ncert.nic.in). Use the page buttons below to read — download is disabled on NCERT Help.

Read page by page below. PDF is streamed from the official NCERT website — no download button on this page.

Loading document …
Page of
Loading page …

Practice questions

  1. ध्वनिः केन उत्पद्यते? Answer: ध्वनिः कम्पनेन उत्पद्यते।
  2. आवृत्तिः इति किं कथ्यते? Answer: प्रति क्षणं कम्पनानां सङ्ख्या आवृत्तिः इति कथ्यते।
  3. उच्च आवृत्तिः कस्य कारणं भवति? Answer: उच्च आवृत्तिः शब्दस्य तीक्ष्णता (पिटच) वर्धयति।
  4. अनुनादः कस्य उदाहरणम् अस्ति? Answer: तालवाद्यस्य (पार्काशन-वाद्यम्) रिक्तं शरीरं वा कोटरं वा अनुनादं सृजति।
  5. वाद्ययन्त्रनिर्मातारः किमर्थं आवश्यकः सन्ति? Answer: पारम्परिककलायाः रक्षाणार्थं वाद्ययन्त्रनिर्मातारः आवश्यकः सन्ति।

Frequently asked questions

What causes sound according to the chapter?

According to the chapter, sound is produced by vibrations (कम्पनम्).

What is frequency (आवृत्तिः)?

Frequency (आवृत्तिः) is defined as the number of vibrations per second.

How does frequency affect sound?

A higher frequency (उच्च आवृत्तिः) results in a sharper or higher-pitched sound (तीक्ष्णता).

What is timbre (टिम्ब्रे)?

Timbre (टिम्ब्रे) refers to the quality or tone of a sound, which distinguishes different instruments or voices.

What is resonance (अनुनादः)?

Resonance (अनुनादः) is a phenomenon where a vibrating object amplifies sound, often seen in hollow bodies of musical instruments.

Why are traditional instrument makers important?

They are important for the preservation of traditional art (पारम्परिककला).

Related resources

Important topics

ध्वनि उत्पादन (Sound Production) आवृत्ति और तीक्ष्णता (Frequency and Pitch) टिम्ब्रे का महत्व (Importance of Timbre) अनुनाद की भूमिका (Role of Resonance) वाद्ययंत्र निर्माण में विज्ञान (Science in Instrument Making)

Topics covered

कम्पनम् (Vibration) शब्दतरङ्गाः (Sound waves) आवृत्तिः (Frequency) टिम्ब्रे (Timbre) अनुनादः (Resonance) सङ्गीतवाद्ययन्त्राणां निर्माणम् (Construction of musical instruments) पारम्परिककला (Traditional art) वैज्ञानिक सिद्धान्त (Scientific principles)

NCERT Class 8 Arts — Kriti (Sanskrit) — Chapter 6 — सङ्गीततत्वनामम् अन्वेषणम्. Verified by NCERT Help Editorial Team. Reviewed on 29 Jul 2026. Last updated 10 Aug 2026.