How does the low-sodium designation affect the density compared to regular prepared chicken noodle soup?

Sodium content has a negligible effect on density at the concentrations present in soup. The 1.048 g/ml density of this low-sodium version is driven by the same factors as regular chicken noodle soup, namely the starch from noodles, protein from chicken, and dissolved gelatin in the broth. The reduced salt means less sodium chloride dissolved in the liquid, but salt contributes so little mass relative to the total volume that the density difference is imperceptible.

Why is this soup listed in its prepared state rather than condensed?

Some canned soups are catalogued in their prepared form because that is how consumers actually use them in recipes and at the table. The density of 1.048 g/ml reflects the diluted, ready-to-eat product after adding water, which is the relevant measurement for anyone portioning the soup for serving or incorporating it into a recipe that calls for prepared soup.

Soupe de nouilles au poulet, faible en sodium, en conserve, préparée avec un volume égal d'eau : conversion mL vers grammes

Par Fidamen-Chefsolver Team | Révisé par Chefsolver Staff

Low-sodium chicken noodle soup prepared by diluting condensed soup with an equal volume of water has a density of 1.048 g/ml, with one cup weighing approximately 247.94 g and one tablespoon about 15.49 g. This prepared form is the ready-to-eat state of the reduced-sodium condensed product, where the dilution with water brings the soup to serving consistency with chicken pieces, egg noodles, and vegetables distributed throughout a clear broth.

Quick convert

Ingrédient

Tasse US = 236,588 mL
1 c. à soupe = 14,787 mL
1 c. à café = 4,929 mL

Table de référence

Soupe de nouilles au poulet, faible en sodium, en conserve, préparée avec un volume égal d'eau — de millilitres en grammes
mL	g
10	10
25	26
50	52
75	79
100	105

Comment fonctionne cette conversion

Les millilitres mesurent le volume et les grammes le poids. La densité de Soupe de nouilles au poulet, faible en sodium, en conserve, préparée avec un volume égal d'eau étant de 1.048 g/mL, 10 mL pèsent 10 g — et non 10 g comme ce serait le cas pour l'eau. Ce convertisseur utilise la densité réelle de Soupe de nouilles au poulet, faible en sodium, en conserve, préparée avec un volume égal d'eau pour un résultat précis.

Notes de mesure

Les valeurs sont arrondies au gramme le plus proche. Le poids réel peut varier légèrement selon le tassement, la température et la marque. Pour la pâtisserie de précision, une balance de cuisine est toujours plus fiable que les mesures volumétriques.

Questions fréquentes

How does the low-sodium designation affect the density compared to regular prepared chicken noodle soup?: Sodium content has a negligible effect on density at the concentrations present in soup. The 1.048 g/ml density of this low-sodium version is driven by the same factors as regular chicken noodle soup, namely the starch from noodles, protein from chicken, and dissolved gelatin in the broth. The reduced salt means less sodium chloride dissolved in the liquid, but salt contributes so little mass relative to the total volume that the density difference is imperceptible.
Why is this soup listed in its prepared state rather than condensed?: Some canned soups are catalogued in their prepared form because that is how consumers actually use them in recipes and at the table. The density of 1.048 g/ml reflects the diluted, ready-to-eat product after adding water, which is the relevant measurement for anyone portioning the soup for serving or incorporating it into a recipe that calls for prepared soup.