Conversion cup to 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 0.264172052, equal(=): Number of quart US
By division (/)
Number of cup divided(/) by 3.785411789132, equal(=): Number of quart US
Example of cup in quart US
By multiplication
28 c(s) * 0.264172052 = 7.396817456 qt(s)
By division
28 c(s) / 3.785411789132 = 7.396817456 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 quart USs
In parentheses () web placed the number of quart USs rounded to unit.
| cup(s) | quart US(s) |
|---|---|
| 1 c(s) | 0.264172052 qt(s) (0) |
| 2 c(s) | 0.528344104 qt(s) (1) |
| 3 c(s) | 0.792516156 qt(s) (1) |
| 4 c(s) | 1.056688208 qt(s) (1) |
| 5 c(s) | 1.32086026 qt(s) (1) |
| 6 c(s) | 1.585032312 qt(s) (2) |
| 7 c(s) | 1.849204364 qt(s) (2) |
| 8 c(s) | 2.113376416 qt(s) (2) |
| 9 c(s) | 2.377548468 qt(s) (2) |
| 10 c(s) | 2.64172052 qt(s) (3) |
| 11 c(s) | 2.905892572 qt(s) (3) |
| 12 c(s) | 3.170064624 qt(s) (3) |
| 13 c(s) | 3.434236676 qt(s) (3) |
| 14 c(s) | 3.698408728 qt(s) (4) |
| 15 c(s) | 3.96258078 qt(s) (4) |
| 16 c(s) | 4.226752832 qt(s) (4) |
| 17 c(s) | 4.490924884 qt(s) (4) |
| 18 c(s) | 4.755096936 qt(s) (5) |
| 19 c(s) | 5.019268988 qt(s) (5) |
| 20 c(s) | 5.28344104 qt(s) (5) |
| 21 c(s) | 5.547613092 qt(s) (6) |
| 22 c(s) | 5.811785144 qt(s) (6) |
| 23 c(s) | 6.075957196 qt(s) (6) |
| 24 c(s) | 6.340129248 qt(s) (6) |
| 25 c(s) | 6.6043013 qt(s) (7) |
| 26 c(s) | 6.868473352 qt(s) (7) |
| 27 c(s) | 7.132645404 qt(s) (7) |
| 28 c(s) | 7.396817456 qt(s) (7) |
| 29 c(s) | 7.660989508 qt(s) (8) |
| 30 c(s) | 7.92516156 qt(s) (8) |
| 31 c(s) | 8.189333612 qt(s) (8) |
| 32 c(s) | 8.453505664 qt(s) (8) |
| 33 c(s) | 8.717677716 qt(s) (9) |
| 34 c(s) | 8.981849768 qt(s) (9) |
| 35 c(s) | 9.24602182 qt(s) (9) |
| 36 c(s) | 9.510193872 qt(s) (10) |
| 37 c(s) | 9.774365924 qt(s) (10) |
| 38 c(s) | 10.038537976 qt(s) (10) |
| 39 c(s) | 10.302710028 qt(s) (10) |
| 40 c(s) | 10.56688208 qt(s) (11) |
| 41 c(s) | 10.831054132 qt(s) (11) |
| 42 c(s) | 11.095226184 qt(s) (11) |
| 43 c(s) | 11.359398236 qt(s) (11) |
| 44 c(s) | 11.623570288 qt(s) (12) |
| 45 c(s) | 11.88774234 qt(s) (12) |
| 46 c(s) | 12.151914392 qt(s) (12) |
| 47 c(s) | 12.416086444 qt(s) (12) |
| 48 c(s) | 12.680258496 qt(s) (13) |
| 49 c(s) | 12.944430548 qt(s) (13) |
| 50 c(s) | 13.2086026 qt(s) (13) |
| 51 c(s) | 13.472774652 qt(s) (13) |
| 52 c(s) | 13.736946704 qt(s) (14) |
| 53 c(s) | 14.001118756 qt(s) (14) |
| 54 c(s) | 14.265290808 qt(s) (14) |
| 55 c(s) | 14.52946286 qt(s) (15) |
| 56 c(s) | 14.793634912 qt(s) (15) |
| 57 c(s) | 15.057806964 qt(s) (15) |
| 58 c(s) | 15.321979016 qt(s) (15) |
| 59 c(s) | 15.586151068 qt(s) (16) |
| 60 c(s) | 15.85032312 qt(s) (16) |
| 61 c(s) | 16.114495172 qt(s) (16) |
| 62 c(s) | 16.378667224 qt(s) (16) |
| 63 c(s) | 16.642839276 qt(s) (17) |
| 64 c(s) | 16.907011328 qt(s) (17) |
| 65 c(s) | 17.17118338 qt(s) (17) |
| 66 c(s) | 17.435355432 qt(s) (17) |
| 67 c(s) | 17.699527484 qt(s) (18) |
| 68 c(s) | 17.963699536 qt(s) (18) |
| 69 c(s) | 18.227871588 qt(s) (18) |
| 70 c(s) | 18.49204364 qt(s) (18) |
| 71 c(s) | 18.756215692 qt(s) (19) |
| 72 c(s) | 19.020387744 qt(s) (19) |
| 73 c(s) | 19.284559796 qt(s) (19) |
| 74 c(s) | 19.548731848 qt(s) (20) |
| 75 c(s) | 19.8129039 qt(s) (20) |
| 76 c(s) | 20.077075952 qt(s) (20) |
| 77 c(s) | 20.341248004 qt(s) (20) |
| 78 c(s) | 20.605420056 qt(s) (21) |
| 79 c(s) | 20.869592108 qt(s) (21) |
| 80 c(s) | 21.13376416 qt(s) (21) |
| 81 c(s) | 21.397936212 qt(s) (21) |
| 82 c(s) | 21.662108264 qt(s) (22) |
| 83 c(s) | 21.926280316 qt(s) (22) |
| 84 c(s) | 22.190452368 qt(s) (22) |
| 85 c(s) | 22.45462442 qt(s) (22) |
| 86 c(s) | 22.718796472 qt(s) (23) |
| 87 c(s) | 22.982968524 qt(s) (23) |
| 88 c(s) | 23.247140576 qt(s) (23) |
| 89 c(s) | 23.511312628 qt(s) (24) |
| 90 c(s) | 23.77548468 qt(s) (24) |
| 91 c(s) | 24.039656732 qt(s) (24) |
| 92 c(s) | 24.303828784 qt(s) (24) |
| 93 c(s) | 24.568000836 qt(s) (25) |
| 94 c(s) | 24.832172888 qt(s) (25) |
| 95 c(s) | 25.09634494 qt(s) (25) |
| 96 c(s) | 25.360516992 qt(s) (25) |
| 97 c(s) | 25.624689044 qt(s) (26) |
| 98 c(s) | 25.888861096 qt(s) (26) |
| 99 c(s) | 26.153033148 qt(s) (26) |
| 100 c(s) | 26.4172052 qt(s) (26) |