Unit 6 — Conjunct Consonants

1. Overview

In this unit, you will learn how Nepali writes consonant clusters, or conjuncts, in devanāgarī.

You will practise:

1. how the inherent a is suppressed using the halanta ्
2. how half-forms are created
3. how consonants combine into joined shapes
4. how र ra behaves in clusters
5. how double consonants, or geminates, are written
6. how to recognize common hanging conjuncts

By the end of this unit, you should be able to read and write conjunct consonants with more confidence.

2. What Is a Conjunct Consonant?

A conjunct consonant is a consonant cluster written as one joined form inside a single akṣara, or syllable block.

This occurs when:

1. two or more consonants come together, and
2. there is no vowel between them.

2.1 Key Principle

The first consonant loses its inherent a and joins the following consonant.

Examples:

क् + त → क्त = kta
स् + त → स्त = sta
प् + र → प्र = pra
ग् + य → ग्य = gya

When a vowel sign is added, it applies to the entire cluster, not to the individual consonants separately.

Examples:

क्त + ा → क्ता = ktā
क्त + ि → क्ति = kti
क्त + ु → क्तु = ktu

3. Consonant Half-Forms

A half-form shows that a consonant:

1. has no vowel, and
2. must be read together with the following consonant.

Nepali represents half-forms in three main ways.

4. Pattern 1: Dropping the Right-Side Downstroke

This is the most common pattern.

The first consonant:

1. loses its vertical stroke, and
2. joins directly to the next consonant.

This signals that the consonant has no inherent vowel.

4.1 Key Idea

full form → reduced shape → joined cluster

Table 1.6.1 - Pattern 1: Dropping the right-side downstroke

The table below shows common half forms made by dropping the right-side downstroke and joining the next consonant.

5. Pattern 2: Trimming the Tail or Curve

Some consonants change shape more subtly. Instead of dropping a full vertical stroke, they:

1. simplify or shorten part of their form, and
2. adjust their shape to connect smoothly with the next consonant.

This pattern is less common, but it is important to recognize.

5.1 Key Idea

The shape changes, but the function remains the same:

no vowel + joins the next consonant

Table 1.6.2 - Pattern 2: Trimming the Tail or Curve (limited to a few consonants)

The table below gives a quick, visual reference for how a consonant looks in its full form, how it looks in its half form, and how that half form appears when it joins another consonant to make a cluster (conjunct).

6. Pattern 3: Using the halanta ्

When no clear half-form exists, Nepali uses the halanta ्.

The halanta:

1. removes the inherent a,
2. marks a bare consonant, and
3. signals that a cluster follows.

This is common in:

1. teaching materials
2. dictionaries
3. careful or formal writing

6.1 Key Idea

consonant + halanta = no vowel → joins next consonant

Table 1.6.3 - Pattern 3: Using halanta (्) to make a pure consonant

The table below gives a quick, visual reference for how a consonant looks in its full form, how it looks with a halanta (्) in its half form (showing the “bare” consonant with no vowel), and how that halant form appears when it joins another consonant to make a cluster (conjunct).

8. Special Behaviour of र ra

The consonant र ra behaves differently in clusters. Instead of always appearing in its full form, it is written using special cluster markers.

9. र ra as the First Member: Reph

When र ra comes first in a cluster, as in र् + consonant, it appears as a mark above the following consonant. This mark is called reph.

9.1 Reading Order

r + consonant

Table 1.6.4 - र (ra) as the first member (reph)

The table below shows common words where reph represents र् as the first member of the cluster.

10. र ra as the Second Member: Subjoined ra

When र ra comes second in a cluster, as in consonant + र, it is written attached to the consonant.

10.1 Reading Order

consonant + r

Table 1.6.5 - र (ra) as the second member (subjoined r)

The table below shows common words where र is the second member of the cluster.

11. Retroflex + र ra

With ट, ठ, ड, and ढ, the ra marker is written below the consonant.

This is still read as:

consonant + r

Table 1.6.6. - Retroflex + र (ra) ( written below)

The table below shows frequent borrowed and everyday words that use this retroflex + र pattern.

12. Special Conjunct Patterns

The following patterns occur frequently and are best learned visually.

13. Geminate or Double Consonants

Geminate consonants are double consonants.

13.1 Form

C् + C → CC

Examples:

क्क = kka
प्प = ppa
म्म = mma

These represent a longer or “held” consonant sound and are written as one akṣara.

Common examples:

पक्का = pakkā
चप्पल = cappal
जम्मा = jammā

Table 1.6.7 - Geminate (double) consonants

This table shows geminate (double) consonants in Nepali—cases where the same consonant is written twice as a conjunct.

14. Descending, or Hanging, Conjuncts

Some clusters, especially those with retroflex consonants, are written in stacked forms that extend downward.

14.1 Visual Cue

The conjunct drops below the baseline.

Table 1.6.8 - Descending (“hanging”) conjuncts

15. Retroflex + य ya

When ट, ठ, ड, and ढ combine with य ya, the य appears in a compact special form.

These are best treated as fixed visual patterns.

Table 1.6.9 - Retroflex + य (special subjoined य)

16. Conjuncts with द da

When द da appears first, it forms common and stable conjuncts such as:

द्व = dva
द्र = dra
द्य = dya
द्ध = ddha

These occur frequently in both formal and everyday Nepali. Focus on recognizing them as whole units.

Table 1.6.10 - Common Conjunct Forms with द (द् + C)

This table lists frequent conjuncts formed when द् (d) combines with another consonant (द् + C).

17. Conjuncts with ह ha

When ह ha appears first, it forms distinctive conjuncts such as:

ह्म = hma
ह्न = hna
ह्र = hra
ह्य = hya

These appear often in formal and Sanskrit-based vocabulary and in common words such as:

चिह्न = cihna

Table 1.6.11 - Common Conjunct Forms with ह (ह् + C)

This table lists common conjuncts formed when ह् (h) combines with another consonant (ह् + C).