Odisha CHSE +2 Vocational Flute / Violin / Sitar cheat sheet

Nada is sound; ahata nada is struck or produced sound (instrumental and vocal), anahata nada is unstruck or internal sound. Musical nada requires definite pitch, steady volume, and pleasing timbre.

Shruti denotes a microtonal pitch unit; the classical theoretical count is 22 shrutis per saptak, though practical tuning of a modern instrument uses 12 semitones as the working grid.

The seven shuddha swaras are Sa, Re, Ga, Ma, Pa, Dha, Ni; Sa and Pa have no komal form, while Re, Ga, Dha, Ni each have a komal (lowered) form and Ma has a tivra (raised) form.

Saptak means the seven-note octave span: mandra (lower), madhya (middle), and tar (upper). A performer's register is named by the saptak in which the phrase sits.

Swaras are written in Bhatkhande notation as S R G M P D N for shuddha; komal vowels are shown with a stroke beneath and tivra Ma with a vertical line above; the octave is marked by dots below (mandra) or above (tar).

Vadi is the principal or king swara of a raga; samvadi is the second most important (usually a fourth or fifth from vadi); anuvadi are supporting notes and vivadi are dissonant or excluded notes.

Aroha is the ascending order of swaras and avaroha the descending order; a raga may be audava (5 notes), shadava (6), or sampurna (7) in each direction independently, giving asymmetric scales.

Pakad is the characteristic catch-phrase that identifies a raga; two ragas sharing the same scale (e.g. Bhoopali and Deshkar) are distinguished by pakad, vadi, and phrase emphasis rather than by notes alone.

Alankara means ornamentation; in elementary training the term also covers the sequence-based exercises (palta) that drill swara patterns across the saptak for finger and voice fluency.

Raga is defined by more than a scale: swara set, vadi-samvadi, aroha-avaroha order, pakad, and prescribed prahar together establish identity.

Prahar are the eight three-hour periods of the day: ragas are assigned to a prahar, and sandhi-prakash ragas (e.g. Ahir Bhairav, Marwa) sit at the junctures of day and night.

Yaman (Kalyan thaat) uses tivra Ma, has vadi Ga and samvadi Ni, and is sung in the first prahar of night; its pakad is Ni Re Ga, Ma(tivra) Pa, Dha Ni Sa.

Bhoopali (Bilaval thaat) is audava-audava with Ga and Dha omitted, vadi Ga, samvadi Dha, and is performed in the first prahar of night; Deshkar shares its notes but omits Pa in aroha and has vadi Dha.

Bhairav (Bhairav thaat) uses komal Re and komal Dha with vadi Dha and samvadi Re, and belongs to the first prahar of morning; its slow oscillating treatment of komal Re and Dha defines the raga.

Bhairavi (Bhairav thaat) uses komal Re, Ga, Dha, Ni with vadi Ma and samvadi Sa; it is traditionally the concluding raga of a concert regardless of time.

Malkauns (Bhairavi thaat) is audava with Re and Pa omitted, vadi Ma, samvadi Sa, and is sung in the third prahar of night; its gravity demands a slow, expansive treatment.

Kafi (Kafi thaat) uses komal Ga and komal Ni with vadi Pa and samvadi Re, and is associated with the late-night prahar; Bageshri and Bhimpalasi share its notes but differ in vadi and pakad.

Rasa denotes the aesthetic sentiment evoked: shanta, karuna, shringara, hasya, veera, raudra, bhayanaka, adbhuta, and bibhatsa; ragas are conventionally linked to moods such as karuna for Bhairavi and shringara for Khamaj.

Teental is a 16-matra cycle of four vibhags of four matras; the tali fall on matras 1, 5, and 13, khali on matra 9, and the theka is Dha Dhin Dhin Dha | Dha Dhin Dhin Dha | Dha Tin Tin Ta | Ta Dhin Dhin Dha.

Jhaptal is a 10-matra cycle in vibhags of 2+3+2+3; tali on matras 1, 3, and 8, khali on matra 6, theka Dhi Na | Dhi Dhi Na | Ti Na | Dhi Dhi Na.

Rupak is a 7-matra cycle of vibhags 3+2+2 that begins on khali, so sam (matra 1) is also khali; tali fall on matras 4 and 6, theka Tin Tin Na | Dhin Na | Dhin Na.

Kaharwa is an 8-matra cycle of two vibhags of four, tali on matra 1 and khali on matra 5, theka Dha Ge Na Ti | Na Ka Dhi Na; it is common in light and folk-derived compositions.

Dadra is a 6-matra cycle of 3+3 with tali on matra 1 and khali on matra 4, theka Dha Dhin Na | Dha Tin Na; it is used for thumri, bhajan, and simple bandish.

Laya is the tempo: vilambit (slow), madhya (medium), and drut (fast). Layakari is the deliberate subdivision of a matra into 2 (dugun), 3 (tigun), or 4 (chaugun) units within the same tala cycle.

To compute dugun in teental, 16 matras become 32 strokes in one cycle; tigun gives 48 and chaugun 64, and the phrase must return to sam exactly at the cycle end.

Sam is matra 1 and the point of resolution; khali is an unaccented vibhag marked by a wave of the hand; tali is marked by a clap, and the distinction between sam and tali matters because sam is the structural downbeat of the cycle.

A composition's sthayi is the first section that establishes the raga and tala, and the antara is the second section, usually moving into the tar saptak.

Sitar tuning: the six or seven main strings are tuned to the raga's Sa-based scale, with the first string (baj) tuned to Pa or Ma of the raga and the remaining strings to Sa, Sa, mandra Sa, mandra Pa, and mandra Sa; the sympathetic tarab strings are tuned to the raga's notes.

Sitar mizrab is worn on the index finger of the right hand; strokes alternate between the inward Da stroke and the outward Ra stroke, and the choice of Da or Ra determines the accent and the string crossing.

Sitar fingering: the left hand stops the string with the index, middle, and ring fingers, using a pulling motion (meend) across frets for glides; the frets are tied and can be moved to set the raga's scale.

Violin in Hindustani style is held against the chest or shoulder with the scroll pointing down or level, and the bow is held in the palm rather than the Western grip; the fingering hand uses the same stopping fingers but with extensive sliding for meend.

Violin bowing: bow pressure, speed, and contact point control tone; a slow heavy bow near the bridge gives a full tone, while a light fast bow near the fingerboard gives a thin, airy tone.

Violin tuning to the raga: strings are tuned in fifths (Sa-Pa or Sa-Ma depending on the tonic) and the tonic Sa is chosen to suit the player's register, with the open string serving as the reference for the raga's scale.

Flute (bansuri) tuning: the instrument is tuned to its key by the maker; the player adjusts pitch by rolling the blow-hole and by breath pressure, and the tonic Sa is chosen by selecting the closing pattern of the six or seven holes.

Flute fingering: the six or seven holes are closed in sequence from the index to the little finger; komal notes are produced by partial hole opening and tivra Ma by a specific half-hole and breath adjustment.

Tone production across these instruments depends on a stable, relaxed embouchure or bow or stroke, and on the balance between string or air tension and the resonating body; excessive pressure kills overtones and flattens intonation.

A solo presentation follows a conventional order: alap (unmetered, slow unfolding from mandra to tar), jod or nom-tom (pulse without tala), then a gat or bandish in a tala, followed by vistar, toda, and layakari, ending with a drut gat or tarana.

In alap, the vadi is introduced early and the raga's pakad is stated before any free improvisation; aroha is generally explored before avaroha in the opening phrases.

Bandish structure: sthayi in the lower and middle register, antara in the tar saptak, with the text setting the tala's vibhag structure; the composition must return to sam on the correct syllable.

Gat in instrumental music is the fixed composition; a masitkhani gat is slow and in vilambit teental, while a razakhani gat is fast and in drut teental, and the two are distinguished by stroke density and tempo.

Alankara exercises (palta) apply a pattern to every swara in sequence, e.g. S R G, R G M, G M P, and are transposed across the saptak; the same pattern is applied in aroha and avaroha to build symmetry.

Tuning check before performance: verify the tonic Sa with a tanpura or electronic drone, then check the fifth and octave; a drifting tarab string must be re-tuned before the alap begins.

In a prescribed raga such as Yaman, a candidate is expected to show tivra Ma in aroha and avaroha, avoid shuddha Ma in ascent, and demonstrate the pakad Ni Re Ga, Ma(tivra) Pa in the opening alap.

In Bhairav, the characteristic treatment is the slow oscillation (andolan) on komal Re and komal Dha; a performance that states these notes plainly without andolan fails to establish the raga.

Solo presentation timing: the vilambit gat in teental is usually set at roughly 40-60 bpm per matra, with dugun and tigun layakari demonstrated before the drut section.

Sitar tradition holds that Amir Khusrau (13th century) is credited with the instrument's development, though the modern sitar with sympathetic strings is associated with the 18th-century Lucknow and later Rampur courts.

The sitar's modern form is linked to Kharaj Pancham and the Jaipur-Maihar lineages; the maihar gharana (Allauddin Khan, Ravi Shankar, Nikhil Banerjee) is known for its systematic technique and raga breadth.

The Imdadkhani (Etawah) gharana, founded by Imdad Khan and continued by Inayat Khan and Vilayat Khan, is associated with the gayaki ang (vocal style) on sitar and with the surbahar.

The Maihar gharana also produced Ali Akbar Khan (sarod) and Annapurna Devi (surbahar); Ravi Shankar is credited with popularising the sitar internationally and with composing for film and orchestra.

The violin entered Hindustani music through Baluswami Dikshitar and later through Allauddin Khan, who adopted it; V. G. Jog and N. Rajam are leading Hindustani violin exponents, with Rajam noted for the gayaki ang.

The bansuri's modern concert status is credited to Pannalal Ghosh, who extended the instrument's range and composed raga-based pieces; Hariprasad Chaurasia and Raghunath Seth are leading later exponents.

The Senia gharana traces its lineage to Tansen and is associated with both sitar and sarod; the Vishnupur gharana is known for the dhrupad-influenced vocal and instrumental style of Bengal.

Instrument families: sitar and surbahar are plucked with mizrab; sarod is plucked with a coconut-shell plectrum; violin and sarangi are bowed; bansuri is a transverse bamboo flute and is the principal aerophone in Hindustani classical music.

Gharana means a lineage or school transmitting a style through a family or teacher-disciple chain; identifying a performer's gharana by stroke, meend, and gat repertoire is a standard exam question.

Nada is sound; ahata nada is struck or produced sound (instrumental and vocal), anahata nada is unstruck or internal sound. Musical nada requires definite pitch, steady volume, and pleasing timbre.

Shruti denotes a microtonal pitch unit; the classical theoretical count is 22 shrutis per saptak, though practical tuning of a modern instrument uses 12 semitones as the working grid.

The seven shuddha swaras are Sa, Re, Ga, Ma, Pa, Dha, Ni; Sa and Pa have no komal form, while Re, Ga, Dha, Ni each have a komal (lowered) form and Ma has a tivra (raised) form.

Saptak means the seven-note octave span: mandra (lower), madhya (middle), and tar (upper). A performer's register is named by the saptak in which the phrase sits.

Swaras are written in Bhatkhande notation as S R G M P D N for shuddha; komal vowels are shown with a stroke beneath and tivra Ma with a vertical line above; the octave is marked by dots below (mandra) or above (tar).

Vadi is the principal or king swara of a raga; samvadi is the second most important (usually a fourth or fifth from vadi); anuvadi are supporting notes and vivadi are dissonant or excluded notes.

Aroha is the ascending order of swaras and avaroha the descending order; a raga may be audava (5 notes), shadava (6), or sampurna (7) in each direction independently, giving asymmetric scales.

Pakad is the characteristic catch-phrase that identifies a raga; two ragas sharing the same scale (e.g. Bhoopali and Deshkar) are distinguished by pakad, vadi, and phrase emphasis rather than by notes alone.

Alankara means ornamentation; in elementary training the term also covers the sequence-based exercises (palta) that drill swara patterns across the saptak for finger and voice fluency.

Raga is defined by more than a scale: swara set, vadi-samvadi, aroha-avaroha order, pakad, and prescribed prahar together establish identity.

Prahar are the eight three-hour periods of the day: ragas are assigned to a prahar, and sandhi-prakash ragas (e.g. Ahir Bhairav, Marwa) sit at the junctures of day and night.

Yaman (Kalyan thaat) uses tivra Ma, has vadi Ga and samvadi Ni, and is sung in the first prahar of night; its pakad is Ni Re Ga, Ma(tivra) Pa, Dha Ni Sa.

Bhoopali (Bilaval thaat) is audava-audava with Ga and Dha omitted, vadi Ga, samvadi Dha, and is performed in the first prahar of night; Deshkar shares its notes but omits Pa in aroha and has vadi Dha.

Bhairav (Bhairav thaat) uses komal Re and komal Dha with vadi Dha and samvadi Re, and belongs to the first prahar of morning; its slow oscillating treatment of komal Re and Dha defines the raga.

Bhairavi (Bhairav thaat) uses komal Re, Ga, Dha, Ni with vadi Ma and samvadi Sa; it is traditionally the concluding raga of a concert regardless of time.

Malkauns (Bhairavi thaat) is audava with Re and Pa omitted, vadi Ma, samvadi Sa, and is sung in the third prahar of night; its gravity demands a slow, expansive treatment.

Kafi (Kafi thaat) uses komal Ga and komal Ni with vadi Pa and samvadi Re, and is associated with the late-night prahar; Bageshri and Bhimpalasi share its notes but differ in vadi and pakad.

Rasa denotes the aesthetic sentiment evoked: shanta, karuna, shringara, hasya, veera, raudra, bhayanaka, adbhuta, and bibhatsa; ragas are conventionally linked to moods such as karuna for Bhairavi and shringara for Khamaj.

Teental is a 16-matra cycle of four vibhags of four matras; the tali fall on matras 1, 5, and 13, khali on matra 9, and the theka is Dha Dhin Dhin Dha | Dha Dhin Dhin Dha | Dha Tin Tin Ta | Ta Dhin Dhin Dha.

Jhaptal is a 10-matra cycle in vibhags of 2+3+2+3; tali on matras 1, 3, and 8, khali on matra 6, theka Dhi Na | Dhi Dhi Na | Ti Na | Dhi Dhi Na.

Rupak is a 7-matra cycle of vibhags 3+2+2 that begins on khali, so sam (matra 1) is also khali; tali fall on matras 4 and 6, theka Tin Tin Na | Dhin Na | Dhin Na.

Kaharwa is an 8-matra cycle of two vibhags of four, tali on matra 1 and khali on matra 5, theka Dha Ge Na Ti | Na Ka Dhi Na; it is common in light and folk-derived compositions.

Dadra is a 6-matra cycle of 3+3 with tali on matra 1 and khali on matra 4, theka Dha Dhin Na | Dha Tin Na; it is used for thumri, bhajan, and simple bandish.

Laya is the tempo: vilambit (slow), madhya (medium), and drut (fast). Layakari is the deliberate subdivision of a matra into 2 (dugun), 3 (tigun), or 4 (chaugun) units within the same tala cycle.

To compute dugun in teental, 16 matras become 32 strokes in one cycle; tigun gives 48 and chaugun 64, and the phrase must return to sam exactly at the cycle end.

Sam is matra 1 and the point of resolution; khali is an unaccented vibhag marked by a wave of the hand; tali is marked by a clap, and the distinction between sam and tali matters because sam is the structural downbeat of the cycle.

A composition's sthayi is the first section that establishes the raga and tala, and the antara is the second section, usually moving into the tar saptak.

Sitar tuning: the six or seven main strings are tuned to the raga's Sa-based scale, with the first string (baj) tuned to Pa or Ma of the raga and the remaining strings to Sa, Sa, mandra Sa, mandra Pa, and mandra Sa; the sympathetic tarab strings are tuned to the raga's notes.

Sitar mizrab is worn on the index finger of the right hand; strokes alternate between the inward Da stroke and the outward Ra stroke, and the choice of Da or Ra determines the accent and the string crossing.

Sitar fingering: the left hand stops the string with the index, middle, and ring fingers, using a pulling motion (meend) across frets for glides; the frets are tied and can be moved to set the raga's scale.

Violin in Hindustani style is held against the chest or shoulder with the scroll pointing down or level, and the bow is held in the palm rather than the Western grip; the fingering hand uses the same stopping fingers but with extensive sliding for meend.

Violin bowing: bow pressure, speed, and contact point control tone; a slow heavy bow near the bridge gives a full tone, while a light fast bow near the fingerboard gives a thin, airy tone.

Violin tuning to the raga: strings are tuned in fifths (Sa-Pa or Sa-Ma depending on the tonic) and the tonic Sa is chosen to suit the player's register, with the open string serving as the reference for the raga's scale.

Flute (bansuri) tuning: the instrument is tuned to its key by the maker; the player adjusts pitch by rolling the blow-hole and by breath pressure, and the tonic Sa is chosen by selecting the closing pattern of the six or seven holes.

Flute fingering: the six or seven holes are closed in sequence from the index to the little finger; komal notes are produced by partial hole opening and tivra Ma by a specific half-hole and breath adjustment.

Tone production across these instruments depends on a stable, relaxed embouchure or bow or stroke, and on the balance between string or air tension and the resonating body; excessive pressure kills overtones and flattens intonation.

A solo presentation follows a conventional order: alap (unmetered, slow unfolding from mandra to tar), jod or nom-tom (pulse without tala), then a gat or bandish in a tala, followed by vistar, toda, and layakari, ending with a drut gat or tarana.

In alap, the vadi is introduced early and the raga's pakad is stated before any free improvisation; aroha is generally explored before avaroha in the opening phrases.

Bandish structure: sthayi in the lower and middle register, antara in the tar saptak, with the text setting the tala's vibhag structure; the composition must return to sam on the correct syllable.

Gat in instrumental music is the fixed composition; a masitkhani gat is slow and in vilambit teental, while a razakhani gat is fast and in drut teental, and the two are distinguished by stroke density and tempo.

Alankara exercises (palta) apply a pattern to every swara in sequence, e.g. S R G, R G M, G M P, and are transposed across the saptak; the same pattern is applied in aroha and avaroha to build symmetry.

Tuning check before performance: verify the tonic Sa with a tanpura or electronic drone, then check the fifth and octave; a drifting tarab string must be re-tuned before the alap begins.

In a prescribed raga such as Yaman, a candidate is expected to show tivra Ma in aroha and avaroha, avoid shuddha Ma in ascent, and demonstrate the pakad Ni Re Ga, Ma(tivra) Pa in the opening alap.

In Bhairav, the characteristic treatment is the slow oscillation (andolan) on komal Re and komal Dha; a performance that states these notes plainly without andolan fails to establish the raga.

Solo presentation timing: the vilambit gat in teental is usually set at roughly 40-60 bpm per matra, with dugun and tigun layakari demonstrated before the drut section.

Sitar tradition holds that Amir Khusrau (13th century) is credited with the instrument's development, though the modern sitar with sympathetic strings is associated with the 18th-century Lucknow and later Rampur courts.

The sitar's modern form is linked to Kharaj Pancham and the Jaipur-Maihar lineages; the maihar gharana (Allauddin Khan, Ravi Shankar, Nikhil Banerjee) is known for its systematic technique and raga breadth.

The Imdadkhani (Etawah) gharana, founded by Imdad Khan and continued by Inayat Khan and Vilayat Khan, is associated with the gayaki ang (vocal style) on sitar and with the surbahar.

The Maihar gharana also produced Ali Akbar Khan (sarod) and Annapurna Devi (surbahar); Ravi Shankar is credited with popularising the sitar internationally and with composing for film and orchestra.

The violin entered Hindustani music through Baluswami Dikshitar and later through Allauddin Khan, who adopted it; V. G. Jog and N. Rajam are leading Hindustani violin exponents, with Rajam noted for the gayaki ang.

The bansuri's modern concert status is credited to Pannalal Ghosh, who extended the instrument's range and composed raga-based pieces; Hariprasad Chaurasia and Raghunath Seth are leading later exponents.

The Senia gharana traces its lineage to Tansen and is associated with both sitar and sarod; the Vishnupur gharana is known for the dhrupad-influenced vocal and instrumental style of Bengal.

Instrument families: sitar and surbahar are plucked with mizrab; sarod is plucked with a coconut-shell plectrum; violin and sarangi are bowed; bansuri is a transverse bamboo flute and is the principal aerophone in Hindustani classical music.

Gharana means a lineage or school transmitting a style through a family or teacher-disciple chain; identifying a performer's gharana by stroke, meend, and gat repertoire is a standard exam question.

Nada is sound; ahata nada is struck or produced sound (instrumental and vocal), anahata nada is unstruck or internal sound. Musical nada requires definite pitch, steady volume, and pleasing timbre.

Shruti denotes a microtonal pitch unit; the classical theoretical count is 22 shrutis per saptak, though practical tuning of a modern instrument uses 12 semitones as the working grid.

The seven shuddha swaras are Sa, Re, Ga, Ma, Pa, Dha, Ni; Sa and Pa have no komal form, while Re, Ga, Dha, Ni each have a komal (lowered) form and Ma has a tivra (raised) form.

Saptak means the seven-note octave span: mandra (lower), madhya (middle), and tar (upper). A performer's register is named by the saptak in which the phrase sits.

Swaras are written in Bhatkhande notation as S R G M P D N for shuddha; komal vowels are shown with a stroke beneath and tivra Ma with a vertical line above; the octave is marked by dots below (mandra) or above (tar).

Vadi is the principal or king swara of a raga; samvadi is the second most important (usually a fourth or fifth from vadi); anuvadi are supporting notes and vivadi are dissonant or excluded notes.

Aroha is the ascending order of swaras and avaroha the descending order; a raga may be audava (5 notes), shadava (6), or sampurna (7) in each direction independently, giving asymmetric scales.

Pakad is the characteristic catch-phrase that identifies a raga; two ragas sharing the same scale (e.g. Bhoopali and Deshkar) are distinguished by pakad, vadi, and phrase emphasis rather than by notes alone.

Alankara means ornamentation; in elementary training the term also covers the sequence-based exercises (palta) that drill swara patterns across the saptak for finger and voice fluency.

Raga is defined by more than a scale: swara set, vadi-samvadi, aroha-avaroha order, pakad, and prescribed prahar together establish identity.

Prahar are the eight three-hour periods of the day: ragas are assigned to a prahar, and sandhi-prakash ragas (e.g. Ahir Bhairav, Marwa) sit at the junctures of day and night.

Yaman (Kalyan thaat) uses tivra Ma, has vadi Ga and samvadi Ni, and is sung in the first prahar of night; its pakad is Ni Re Ga, Ma(tivra) Pa, Dha Ni Sa.

Bhoopali (Bilaval thaat) is audava-audava with Ga and Dha omitted, vadi Ga, samvadi Dha, and is performed in the first prahar of night; Deshkar shares its notes but omits Pa in aroha and has vadi Dha.

Bhairav (Bhairav thaat) uses komal Re and komal Dha with vadi Dha and samvadi Re, and belongs to the first prahar of morning; its slow oscillating treatment of komal Re and Dha defines the raga.

Bhairavi (Bhairav thaat) uses komal Re, Ga, Dha, Ni with vadi Ma and samvadi Sa; it is traditionally the concluding raga of a concert regardless of time.

Malkauns (Bhairavi thaat) is audava with Re and Pa omitted, vadi Ma, samvadi Sa, and is sung in the third prahar of night; its gravity demands a slow, expansive treatment.

Kafi (Kafi thaat) uses komal Ga and komal Ni with vadi Pa and samvadi Re, and is associated with the late-night prahar; Bageshri and Bhimpalasi share its notes but differ in vadi and pakad.

Rasa denotes the aesthetic sentiment evoked: shanta, karuna, shringara, hasya, veera, raudra, bhayanaka, adbhuta, and bibhatsa; ragas are conventionally linked to moods such as karuna for Bhairavi and shringara for Khamaj.

Teental is a 16-matra cycle of four vibhags of four matras; the tali fall on matras 1, 5, and 13, khali on matra 9, and the theka is Dha Dhin Dhin Dha | Dha Dhin Dhin Dha | Dha Tin Tin Ta | Ta Dhin Dhin Dha.

Jhaptal is a 10-matra cycle in vibhags of 2+3+2+3; tali on matras 1, 3, and 8, khali on matra 6, theka Dhi Na | Dhi Dhi Na | Ti Na | Dhi Dhi Na.

Rupak is a 7-matra cycle of vibhags 3+2+2 that begins on khali, so sam (matra 1) is also khali; tali fall on matras 4 and 6, theka Tin Tin Na | Dhin Na | Dhin Na.

Kaharwa is an 8-matra cycle of two vibhags of four, tali on matra 1 and khali on matra 5, theka Dha Ge Na Ti | Na Ka Dhi Na; it is common in light and folk-derived compositions.

Dadra is a 6-matra cycle of 3+3 with tali on matra 1 and khali on matra 4, theka Dha Dhin Na | Dha Tin Na; it is used for thumri, bhajan, and simple bandish.

Laya is the tempo: vilambit (slow), madhya (medium), and drut (fast). Layakari is the deliberate subdivision of a matra into 2 (dugun), 3 (tigun), or 4 (chaugun) units within the same tala cycle.

To compute dugun in teental, 16 matras become 32 strokes in one cycle; tigun gives 48 and chaugun 64, and the phrase must return to sam exactly at the cycle end.

Sam is matra 1 and the point of resolution; khali is an unaccented vibhag marked by a wave of the hand; tali is marked by a clap, and the distinction between sam and tali matters because sam is the structural downbeat of the cycle.

A composition's sthayi is the first section that establishes the raga and tala, and the antara is the second section, usually moving into the tar saptak.

Sitar tuning: the six or seven main strings are tuned to the raga's Sa-based scale, with the first string (baj) tuned to Pa or Ma of the raga and the remaining strings to Sa, Sa, mandra Sa, mandra Pa, and mandra Sa; the sympathetic tarab strings are tuned to the raga's notes.

Sitar mizrab is worn on the index finger of the right hand; strokes alternate between the inward Da stroke and the outward Ra stroke, and the choice of Da or Ra determines the accent and the string crossing.

Sitar fingering: the left hand stops the string with the index, middle, and ring fingers, using a pulling motion (meend) across frets for glides; the frets are tied and can be moved to set the raga's scale.

Violin in Hindustani style is held against the chest or shoulder with the scroll pointing down or level, and the bow is held in the palm rather than the Western grip; the fingering hand uses the same stopping fingers but with extensive sliding for meend.

Violin bowing: bow pressure, speed, and contact point control tone; a slow heavy bow near the bridge gives a full tone, while a light fast bow near the fingerboard gives a thin, airy tone.

Violin tuning to the raga: strings are tuned in fifths (Sa-Pa or Sa-Ma depending on the tonic) and the tonic Sa is chosen to suit the player's register, with the open string serving as the reference for the raga's scale.

Flute (bansuri) tuning: the instrument is tuned to its key by the maker; the player adjusts pitch by rolling the blow-hole and by breath pressure, and the tonic Sa is chosen by selecting the closing pattern of the six or seven holes.

Flute fingering: the six or seven holes are closed in sequence from the index to the little finger; komal notes are produced by partial hole opening and tivra Ma by a specific half-hole and breath adjustment.

Tone production across these instruments depends on a stable, relaxed embouchure or bow or stroke, and on the balance between string or air tension and the resonating body; excessive pressure kills overtones and flattens intonation.

A solo presentation follows a conventional order: alap (unmetered, slow unfolding from mandra to tar), jod or nom-tom (pulse without tala), then a gat or bandish in a tala, followed by vistar, toda, and layakari, ending with a drut gat or tarana.

In alap, the vadi is introduced early and the raga's pakad is stated before any free improvisation; aroha is generally explored before avaroha in the opening phrases.

Bandish structure: sthayi in the lower and middle register, antara in the tar saptak, with the text setting the tala's vibhag structure; the composition must return to sam on the correct syllable.

Gat in instrumental music is the fixed composition; a masitkhani gat is slow and in vilambit teental, while a razakhani gat is fast and in drut teental, and the two are distinguished by stroke density and tempo.

Alankara exercises (palta) apply a pattern to every swara in sequence, e.g. S R G, R G M, G M P, and are transposed across the saptak; the same pattern is applied in aroha and avaroha to build symmetry.

Tuning check before performance: verify the tonic Sa with a tanpura or electronic drone, then check the fifth and octave; a drifting tarab string must be re-tuned before the alap begins.

In a prescribed raga such as Yaman, a candidate is expected to show tivra Ma in aroha and avaroha, avoid shuddha Ma in ascent, and demonstrate the pakad Ni Re Ga, Ma(tivra) Pa in the opening alap.

In Bhairav, the characteristic treatment is the slow oscillation (andolan) on komal Re and komal Dha; a performance that states these notes plainly without andolan fails to establish the raga.

Solo presentation timing: the vilambit gat in teental is usually set at roughly 40-60 bpm per matra, with dugun and tigun layakari demonstrated before the drut section.

Sitar tradition holds that Amir Khusrau (13th century) is credited with the instrument's development, though the modern sitar with sympathetic strings is associated with the 18th-century Lucknow and later Rampur courts.

The sitar's modern form is linked to Kharaj Pancham and the Jaipur-Maihar lineages; the maihar gharana (Allauddin Khan, Ravi Shankar, Nikhil Banerjee) is known for its systematic technique and raga breadth.

The Imdadkhani (Etawah) gharana, founded by Imdad Khan and continued by Inayat Khan and Vilayat Khan, is associated with the gayaki ang (vocal style) on sitar and with the surbahar.

The Maihar gharana also produced Ali Akbar Khan (sarod) and Annapurna Devi (surbahar); Ravi Shankar is credited with popularising the sitar internationally and with composing for film and orchestra.

The violin entered Hindustani music through Baluswami Dikshitar and later through Allauddin Khan, who adopted it; V. G. Jog and N. Rajam are leading Hindustani violin exponents, with Rajam noted for the gayaki ang.

The bansuri's modern concert status is credited to Pannalal Ghosh, who extended the instrument's range and composed raga-based pieces; Hariprasad Chaurasia and Raghunath Seth are leading later exponents.

The Senia gharana traces its lineage to Tansen and is associated with both sitar and sarod; the Vishnupur gharana is known for the dhrupad-influenced vocal and instrumental style of Bengal.

Instrument families: sitar and surbahar are plucked with mizrab; sarod is plucked with a coconut-shell plectrum; violin and sarangi are bowed; bansuri is a transverse bamboo flute and is the principal aerophone in Hindustani classical music.

Gharana means a lineage or school transmitting a style through a family or teacher-disciple chain; identifying a performer's gharana by stroke, meend, and gat repertoire is a standard exam question.

Nada is sound; ahata nada is struck or produced sound (instrumental and vocal), anahata nada is unstruck or internal sound. Musical nada requires definite pitch, steady volume, and pleasing timbre.

Shruti denotes a microtonal pitch unit; the classical theoretical count is 22 shrutis per saptak, though practical tuning of a modern instrument uses 12 semitones as the working grid.

The seven shuddha swaras are Sa, Re, Ga, Ma, Pa, Dha, Ni; Sa and Pa have no komal form, while Re, Ga, Dha, Ni each have a komal (lowered) form and Ma has a tivra (raised) form.

Saptak means the seven-note octave span: mandra (lower), madhya (middle), and tar (upper). A performer's register is named by the saptak in which the phrase sits.

Swaras are written in Bhatkhande notation as S R G M P D N for shuddha; komal vowels are shown with a stroke beneath and tivra Ma with a vertical line above; the octave is marked by dots below (mandra) or above (tar).

Vadi is the principal or king swara of a raga; samvadi is the second most important (usually a fourth or fifth from vadi); anuvadi are supporting notes and vivadi are dissonant or excluded notes.

Aroha is the ascending order of swaras and avaroha the descending order; a raga may be audava (5 notes), shadava (6), or sampurna (7) in each direction independently, giving asymmetric scales.

Pakad is the characteristic catch-phrase that identifies a raga; two ragas sharing the same scale (e.g. Bhoopali and Deshkar) are distinguished by pakad, vadi, and phrase emphasis rather than by notes alone.

Alankara means ornamentation; in elementary training the term also covers the sequence-based exercises (palta) that drill swara patterns across the saptak for finger and voice fluency.

Raga is defined by more than a scale: swara set, vadi-samvadi, aroha-avaroha order, pakad, and prescribed prahar together establish identity.

Prahar are the eight three-hour periods of the day: ragas are assigned to a prahar, and sandhi-prakash ragas (e.g. Ahir Bhairav, Marwa) sit at the junctures of day and night.

Yaman (Kalyan thaat) uses tivra Ma, has vadi Ga and samvadi Ni, and is sung in the first prahar of night; its pakad is Ni Re Ga, Ma(tivra) Pa, Dha Ni Sa.

Bhoopali (Bilaval thaat) is audava-audava with Ga and Dha omitted, vadi Ga, samvadi Dha, and is performed in the first prahar of night; Deshkar shares its notes but omits Pa in aroha and has vadi Dha.

Bhairav (Bhairav thaat) uses komal Re and komal Dha with vadi Dha and samvadi Re, and belongs to the first prahar of morning; its slow oscillating treatment of komal Re and Dha defines the raga.

Bhairavi (Bhairav thaat) uses komal Re, Ga, Dha, Ni with vadi Ma and samvadi Sa; it is traditionally the concluding raga of a concert regardless of time.

Malkauns (Bhairavi thaat) is audava with Re and Pa omitted, vadi Ma, samvadi Sa, and is sung in the third prahar of night; its gravity demands a slow, expansive treatment.

Kafi (Kafi thaat) uses komal Ga and komal Ni with vadi Pa and samvadi Re, and is associated with the late-night prahar; Bageshri and Bhimpalasi share its notes but differ in vadi and pakad.

Rasa denotes the aesthetic sentiment evoked: shanta, karuna, shringara, hasya, veera, raudra, bhayanaka, adbhuta, and bibhatsa; ragas are conventionally linked to moods such as karuna for Bhairavi and shringara for Khamaj.

Teental is a 16-matra cycle of four vibhags of four matras; the tali fall on matras 1, 5, and 13, khali on matra 9, and the theka is Dha Dhin Dhin Dha | Dha Dhin Dhin Dha | Dha Tin Tin Ta | Ta Dhin Dhin Dha.

Jhaptal is a 10-matra cycle in vibhags of 2+3+2+3; tali on matras 1, 3, and 8, khali on matra 6, theka Dhi Na | Dhi Dhi Na | Ti Na | Dhi Dhi Na.

Rupak is a 7-matra cycle of vibhags 3+2+2 that begins on khali, so sam (matra 1) is also khali; tali fall on matras 4 and 6, theka Tin Tin Na | Dhin Na | Dhin Na.

Kaharwa is an 8-matra cycle of two vibhags of four, tali on matra 1 and khali on matra 5, theka Dha Ge Na Ti | Na Ka Dhi Na; it is common in light and folk-derived compositions.

Dadra is a 6-matra cycle of 3+3 with tali on matra 1 and khali on matra 4, theka Dha Dhin Na | Dha Tin Na; it is used for thumri, bhajan, and simple bandish.

Laya is the tempo: vilambit (slow), madhya (medium), and drut (fast). Layakari is the deliberate subdivision of a matra into 2 (dugun), 3 (tigun), or 4 (chaugun) units within the same tala cycle.

To compute dugun in teental, 16 matras become 32 strokes in one cycle; tigun gives 48 and chaugun 64, and the phrase must return to sam exactly at the cycle end.

Sam is matra 1 and the point of resolution; khali is an unaccented vibhag marked by a wave of the hand; tali is marked by a clap, and the distinction between sam and tali matters because sam is the structural downbeat of the cycle.

A composition's sthayi is the first section that establishes the raga and tala, and the antara is the second section, usually moving into the tar saptak.

Sitar tuning: the six or seven main strings are tuned to the raga's Sa-based scale, with the first string (baj) tuned to Pa or Ma of the raga and the remaining strings to Sa, Sa, mandra Sa, mandra Pa, and mandra Sa; the sympathetic tarab strings are tuned to the raga's notes.

Sitar mizrab is worn on the index finger of the right hand; strokes alternate between the inward Da stroke and the outward Ra stroke, and the choice of Da or Ra determines the accent and the string crossing.

Sitar fingering: the left hand stops the string with the index, middle, and ring fingers, using a pulling motion (meend) across frets for glides; the frets are tied and can be moved to set the raga's scale.

Violin in Hindustani style is held against the chest or shoulder with the scroll pointing down or level, and the bow is held in the palm rather than the Western grip; the fingering hand uses the same stopping fingers but with extensive sliding for meend.

Violin bowing: bow pressure, speed, and contact point control tone; a slow heavy bow near the bridge gives a full tone, while a light fast bow near the fingerboard gives a thin, airy tone.

Violin tuning to the raga: strings are tuned in fifths (Sa-Pa or Sa-Ma depending on the tonic) and the tonic Sa is chosen to suit the player's register, with the open string serving as the reference for the raga's scale.

Flute (bansuri) tuning: the instrument is tuned to its key by the maker; the player adjusts pitch by rolling the blow-hole and by breath pressure, and the tonic Sa is chosen by selecting the closing pattern of the six or seven holes.

Flute fingering: the six or seven holes are closed in sequence from the index to the little finger; komal notes are produced by partial hole opening and tivra Ma by a specific half-hole and breath adjustment.

Tone production across these instruments depends on a stable, relaxed embouchure or bow or stroke, and on the balance between string or air tension and the resonating body; excessive pressure kills overtones and flattens intonation.

A solo presentation follows a conventional order: alap (unmetered, slow unfolding from mandra to tar), jod or nom-tom (pulse without tala), then a gat or bandish in a tala, followed by vistar, toda, and layakari, ending with a drut gat or tarana.

In alap, the vadi is introduced early and the raga's pakad is stated before any free improvisation; aroha is generally explored before avaroha in the opening phrases.

Bandish structure: sthayi in the lower and middle register, antara in the tar saptak, with the text setting the tala's vibhag structure; the composition must return to sam on the correct syllable.

Gat in instrumental music is the fixed composition; a masitkhani gat is slow and in vilambit teental, while a razakhani gat is fast and in drut teental, and the two are distinguished by stroke density and tempo.

Alankara exercises (palta) apply a pattern to every swara in sequence, e.g. S R G, R G M, G M P, and are transposed across the saptak; the same pattern is applied in aroha and avaroha to build symmetry.

Tuning check before performance: verify the tonic Sa with a tanpura or electronic drone, then check the fifth and octave; a drifting tarab string must be re-tuned before the alap begins.

In a prescribed raga such as Yaman, a candidate is expected to show tivra Ma in aroha and avaroha, avoid shuddha Ma in ascent, and demonstrate the pakad Ni Re Ga, Ma(tivra) Pa in the opening alap.

In Bhairav, the characteristic treatment is the slow oscillation (andolan) on komal Re and komal Dha; a performance that states these notes plainly without andolan fails to establish the raga.

Solo presentation timing: the vilambit gat in teental is usually set at roughly 40-60 bpm per matra, with dugun and tigun layakari demonstrated before the drut section.

Sitar tradition holds that Amir Khusrau (13th century) is credited with the instrument's development, though the modern sitar with sympathetic strings is associated with the 18th-century Lucknow and later Rampur courts.

The sitar's modern form is linked to Kharaj Pancham and the Jaipur-Maihar lineages; the maihar gharana (Allauddin Khan, Ravi Shankar, Nikhil Banerjee) is known for its systematic technique and raga breadth.

The Imdadkhani (Etawah) gharana, founded by Imdad Khan and continued by Inayat Khan and Vilayat Khan, is associated with the gayaki ang (vocal style) on sitar and with the surbahar.

The Maihar gharana also produced Ali Akbar Khan (sarod) and Annapurna Devi (surbahar); Ravi Shankar is credited with popularising the sitar internationally and with composing for film and orchestra.

The violin entered Hindustani music through Baluswami Dikshitar and later through Allauddin Khan, who adopted it; V. G. Jog and N. Rajam are leading Hindustani violin exponents, with Rajam noted for the gayaki ang.

The bansuri's modern concert status is credited to Pannalal Ghosh, who extended the instrument's range and composed raga-based pieces; Hariprasad Chaurasia and Raghunath Seth are leading later exponents.

The Senia gharana traces its lineage to Tansen and is associated with both sitar and sarod; the Vishnupur gharana is known for the dhrupad-influenced vocal and instrumental style of Bengal.

Instrument families: sitar and surbahar are plucked with mizrab; sarod is plucked with a coconut-shell plectrum; violin and sarangi are bowed; bansuri is a transverse bamboo flute and is the principal aerophone in Hindustani classical music.

Gharana means a lineage or school transmitting a style through a family or teacher-disciple chain; identifying a performer's gharana by stroke, meend, and gat repertoire is a standard exam question.