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To convert from Pint (pt) to Cubic Centimeter (cm3), use the following formula:
With is the ratio between the base units Liter (l) and Fluid Ounce (fl-oz).
Let's convert 5 Pint (pt) to Cubic Centimeter (cm3).
Using the formula:
Therefore, 5 Pint (pt) is equal to Cubic Centimeter (cm3).
Here are some quick reference conversions from Pint (pt) to Cubic Centimeter (cm3):
| Pints | Cubic Centimeters |
|---|---|
| 0.000001 pt | cm3 |
| 0.001 pt | cm3 |
| 0.1 pt | cm3 |
| 1 pt | cm3 |
| 2 pt | cm3 |
| 3 pt | cm3 |
| 4 pt | cm3 |
| 5 pt | cm3 |
| 6 pt | cm3 |
| 7 pt | cm3 |
| 8 pt | cm3 |
| 9 pt | cm3 |
| 10 pt | cm3 |
| 20 pt | cm3 |
| 30 pt | cm3 |
| 40 pt | cm3 |
| 50 pt | cm3 |
| 100 pt | cm3 |
| 1000 pt | cm3 |
| 10000 pt | cm3 |
For all Volume converters, choose units using the From/To dropdowns above.
A pint (pt) is a unit of volume in the imperial and US customary systems.
Still, its exact size can vary depending on the context. The plural form is pints.
Yes, it is. While both the United States and the United Kingdom use the term "pint," the UK Imperial pint is significantly larger.
This is a crucial difference to remember for international recipes or when ordering a drink abroad.
An Imperial pint, used in the UK, Ireland, and some Commonwealth nations, contains 20 imperial fluid ounces. In contrast, a US liquid pint contains 16 US fluid ounces.
Here is a simple breakdown:
To add another layer, the United States has a separate measurement called a "dry pint." This is used for measuring the volume of dry goods, such as blueberries, cherry tomatoes, or mushrooms.
A US dry pint is equal to 1/8 of a dry gallon, which is approximately 551 milliliters.
This means a US dry pint is about 16% larger than a US liquid pint, so be sure not to use them interchangeably when measuring ingredients for a recipe.
The pint is not just a unit of measurement but a cultural institution, particularly when it comes to beer. In places like the UK and Ireland, ordering "a pint" is the standard way to get a beer in a pub.
This long-standing tradition even influenced the design of its glassware, such as the classic "Nonic" pint glass. It features a bulge near the top to improve grip and prevent the rim from chipping, making the pint a cornerstone of both social gatherings and the authentic pub experience.
It depends on which pint you are using!
A UK Imperial pint is approximately 568 ml, while a US liquid pint is about 473 ml.
The Imperial pint is primarily used in the United Kingdom, Ireland, and some Commonwealth nations like Canada. However, it's used primarily for beer there.
For the best accuracy in cooking and baking, it is not recommended.
A US dry pint (~551 ml) holds more volume than a US liquid pint (~473 ml), so using the wrong one could lead to incorrect measurements.
A cubic centimeter (cm3) is a fundamental unit of volume in the metric system.
It is equal to one-thousandth of a liter. The plural form is cubic centimeters.
A cubic centimeter is exactly equal to one milliliter (1 cm3 = 1 mL).
Because they are identical, converting between cm3 and mL is a simple one-to-one conversion.
This crucial equivalence is widely used in science, particularly in chemistry and medicine, as well as in everyday tasks like cooking.
The abbreviation "cc" is a common substitute for cubic centimeters, especially in the medical and automotive fields.
In Medicine: A cc is used to measure dosages of liquid medicine for injections. For example, a syringe labeled "10cc" can hold 10 cubic centimeters (or 10 mL) of fluid.
In Automotive: In the car world, cc refers to an engine's displacement—the total volume of all its cylinders. A "1500cc engine" has cylinders that can displace 1500 cubic centimeters of air and fuel.
To visualize the volume of a single cubic centimeter, imagine a small cube with each side measuring exactly 1 centimeter in length, width, and height.
This is about the size of a standard sugar cube or a small die used in board games.
Understanding this physical size helps in estimating volumes and appreciating the unit's scale in practical situations.