Conversion cup to dry quart US
Conversion formula of c to qt
Here are the various method()s and formula(s) to calculate or make the conversion of c in qt. Either you prefer to make multiplication or division, you will find the right mathematical procedures and examples.
Formulas explanation
By multiplication (x)
Number of cup multiply(x) by 0.21484374993286, equal(=): Number of dry quart US
By division (/)
Number of cup divided(/) by 4.654545456, equal(=): Number of dry quart US
Example of cup in dry quart US
By multiplication
25 c(s) * 0.21484374993286 = 5.3710937483215 qt(s)
By division
25 c(s) / 4.654545456 = 5.3710937483215 qt(s)
Rounded conversion
Please note that the results given in this calculator are rounded to the ten thousandth unit nearby, so in other words to 4 decimals, or 4 decimal places.
Volume unit
The volume is used in several situations in order to obtain the quantity of space occupied by a solid, or the amount of material (liquid, gas or solid) that it may contain. The prism (solid) used in the calculation of a general volume is the cube because, as each of its facets is composed of squares, the latter has a regular formula. The volume is therefore represented by the following global formula: side (ex: length) multiplied by any other side (ex: width) and then multiplied by another side (ex: height). It is this same amount of side that leads to the representation of power or exponent 3 or 3.
Other units in cup
Imperial system
The unit cup is an Anglo-Saxon measure from England but widely used in different fields and countries around the world. Fractions commonly used for calculating imperial units usually have an even number as the denominator. Here are the most used fractions: 1/2, 1/4, 1/8, 1/16, 1/32.
Table or conversion table c to qt
Here you will get the results of conversion of the first 100 cups to dry quart USs
In parentheses () web placed the number of dry quart USs rounded to unit.
| cup(s) | dry quart US(s) |
|---|---|
| 1 c(s) | 0.21484374993286 qt(s) (0) |
| 2 c(s) | 0.42968749986572 qt(s) (0) |
| 3 c(s) | 0.64453124979858 qt(s) (1) |
| 4 c(s) | 0.85937499973145 qt(s) (1) |
| 5 c(s) | 1.0742187496643 qt(s) (1) |
| 6 c(s) | 1.2890624995972 qt(s) (1) |
| 7 c(s) | 1.50390624953 qt(s) (2) |
| 8 c(s) | 1.7187499994629 qt(s) (2) |
| 9 c(s) | 1.9335937493958 qt(s) (2) |
| 10 c(s) | 2.1484374993286 qt(s) (2) |
| 11 c(s) | 2.3632812492615 qt(s) (2) |
| 12 c(s) | 2.5781249991943 qt(s) (3) |
| 13 c(s) | 2.7929687491272 qt(s) (3) |
| 14 c(s) | 3.0078124990601 qt(s) (3) |
| 15 c(s) | 3.2226562489929 qt(s) (3) |
| 16 c(s) | 3.4374999989258 qt(s) (3) |
| 17 c(s) | 3.6523437488586 qt(s) (4) |
| 18 c(s) | 3.8671874987915 qt(s) (4) |
| 19 c(s) | 4.0820312487244 qt(s) (4) |
| 20 c(s) | 4.2968749986572 qt(s) (4) |
| 21 c(s) | 4.5117187485901 qt(s) (5) |
| 22 c(s) | 4.7265624985229 qt(s) (5) |
| 23 c(s) | 4.9414062484558 qt(s) (5) |
| 24 c(s) | 5.1562499983887 qt(s) (5) |
| 25 c(s) | 5.3710937483215 qt(s) (5) |
| 26 c(s) | 5.5859374982544 qt(s) (6) |
| 27 c(s) | 5.8007812481873 qt(s) (6) |
| 28 c(s) | 6.0156249981201 qt(s) (6) |
| 29 c(s) | 6.230468748053 qt(s) (6) |
| 30 c(s) | 6.4453124979858 qt(s) (6) |
| 31 c(s) | 6.6601562479187 qt(s) (7) |
| 32 c(s) | 6.8749999978516 qt(s) (7) |
| 33 c(s) | 7.0898437477844 qt(s) (7) |
| 34 c(s) | 7.3046874977173 qt(s) (7) |
| 35 c(s) | 7.5195312476501 qt(s) (8) |
| 36 c(s) | 7.734374997583 qt(s) (8) |
| 37 c(s) | 7.9492187475159 qt(s) (8) |
| 38 c(s) | 8.1640624974487 qt(s) (8) |
| 39 c(s) | 8.3789062473816 qt(s) (8) |
| 40 c(s) | 8.5937499973145 qt(s) (9) |
| 41 c(s) | 8.8085937472473 qt(s) (9) |
| 42 c(s) | 9.0234374971802 qt(s) (9) |
| 43 c(s) | 9.238281247113 qt(s) (9) |
| 44 c(s) | 9.4531249970459 qt(s) (9) |
| 45 c(s) | 9.6679687469788 qt(s) (10) |
| 46 c(s) | 9.8828124969116 qt(s) (10) |
| 47 c(s) | 10.097656246844 qt(s) (10) |
| 48 c(s) | 10.312499996777 qt(s) (10) |
| 49 c(s) | 10.52734374671 qt(s) (11) |
| 50 c(s) | 10.742187496643 qt(s) (11) |
| 51 c(s) | 10.957031246576 qt(s) (11) |
| 52 c(s) | 11.171874996509 qt(s) (11) |
| 53 c(s) | 11.386718746442 qt(s) (11) |
| 54 c(s) | 11.601562496375 qt(s) (12) |
| 55 c(s) | 11.816406246307 qt(s) (12) |
| 56 c(s) | 12.03124999624 qt(s) (12) |
| 57 c(s) | 12.246093746173 qt(s) (12) |
| 58 c(s) | 12.460937496106 qt(s) (12) |
| 59 c(s) | 12.675781246039 qt(s) (13) |
| 60 c(s) | 12.890624995972 qt(s) (13) |
| 61 c(s) | 13.105468745905 qt(s) (13) |
| 62 c(s) | 13.320312495837 qt(s) (13) |
| 63 c(s) | 13.53515624577 qt(s) (14) |
| 64 c(s) | 13.749999995703 qt(s) (14) |
| 65 c(s) | 13.964843745636 qt(s) (14) |
| 66 c(s) | 14.179687495569 qt(s) (14) |
| 67 c(s) | 14.394531245502 qt(s) (14) |
| 68 c(s) | 14.609374995435 qt(s) (15) |
| 69 c(s) | 14.824218745367 qt(s) (15) |
| 70 c(s) | 15.0390624953 qt(s) (15) |
| 71 c(s) | 15.253906245233 qt(s) (15) |
| 72 c(s) | 15.468749995166 qt(s) (15) |
| 73 c(s) | 15.683593745099 qt(s) (16) |
| 74 c(s) | 15.898437495032 qt(s) (16) |
| 75 c(s) | 16.113281244965 qt(s) (16) |
| 76 c(s) | 16.328124994897 qt(s) (16) |
| 77 c(s) | 16.54296874483 qt(s) (17) |
| 78 c(s) | 16.757812494763 qt(s) (17) |
| 79 c(s) | 16.972656244696 qt(s) (17) |
| 80 c(s) | 17.187499994629 qt(s) (17) |
| 81 c(s) | 17.402343744562 qt(s) (17) |
| 82 c(s) | 17.617187494495 qt(s) (18) |
| 83 c(s) | 17.832031244427 qt(s) (18) |
| 84 c(s) | 18.04687499436 qt(s) (18) |
| 85 c(s) | 18.261718744293 qt(s) (18) |
| 86 c(s) | 18.476562494226 qt(s) (18) |
| 87 c(s) | 18.691406244159 qt(s) (19) |
| 88 c(s) | 18.906249994092 qt(s) (19) |
| 89 c(s) | 19.121093744025 qt(s) (19) |
| 90 c(s) | 19.335937493958 qt(s) (19) |
| 91 c(s) | 19.55078124389 qt(s) (20) |
| 92 c(s) | 19.765624993823 qt(s) (20) |
| 93 c(s) | 19.980468743756 qt(s) (20) |
| 94 c(s) | 20.195312493689 qt(s) (20) |
| 95 c(s) | 20.410156243622 qt(s) (20) |
| 96 c(s) | 20.624999993555 qt(s) (21) |
| 97 c(s) | 20.839843743488 qt(s) (21) |
| 98 c(s) | 21.05468749342 qt(s) (21) |
| 99 c(s) | 21.269531243353 qt(s) (21) |
| 100 c(s) | 21.484374993286 qt(s) (21) |