Get two differently shaped messuring jugs, pour water into one up to a certain mark - then pour it from there into the other one conservation of mass should mean that it messures the same amount.
You could use a measuring cup or a liquid measuring jug to find out the volume of liquid a jar can hold. Fill up the jar with water, then pour the water into the measuring cup to determine the volume.
An object that has a volume of 5 ml could be a teaspoon of liquid medicine, a small sample vial, or a perfume sample.
To properly calibrate a TC pipette for accurate and precise measurements, follow these steps: Use a calibrated balance to check the pipette's accuracy by weighing the volume of liquid it dispenses. Adjust the pipette's volume setting according to the calibration results. Use a calibration standard liquid to ensure the pipette is dispensing the correct volume. Check for any leaks or blockages in the pipette that could affect accuracy. Repeat the calibration process regularly to maintain accuracy.
Using a wet graduated cylinder would introduce a source of error in measuring the volume of a liquid, as the presence of water could affect the accuracy of the measurement. The water might cling to the inner surface of the cylinder, altering the volume reading. It is recommended to ensure that the graduated cylinder is dry before measuring the volume of a liquid to minimize potential errors.
If, for example, you were reading the volume of liquid in a burette where you can quite easily get gas bubbles, the bubble will increase the volume of the liquid and your reading will not be accurate. This is especially important when you are doing a titration because if the gas bubble escapes then the total volume of liquid needed for the titration will not corrospond to the reading you would get from the burette.
You could immerse it in a liquid, and measure the volume of the displaced liquid.You could also use integration techniques.You could immerse it in a liquid, and measure the volume of the displaced liquid.You could also use integration techniques.You could immerse it in a liquid, and measure the volume of the displaced liquid.You could also use integration techniques.You could immerse it in a liquid, and measure the volume of the displaced liquid.You could also use integration techniques.
- by the variation of the temperature- by the variation of the pressure
Volume is the amount of 3-dimensional space occupied by an object. It could be a liquid, but it can also be a gas. For example, a glass of air.
Get two differently shaped messuring jugs, pour water into one up to a certain mark - then pour it from there into the other one conservation of mass should mean that it messures the same amount.
You can determine which liquid has greater density by measuring the mass of equal volumes of each liquid. The liquid with greater mass per unit volume has higher density. Alternatively, you could also check their buoyancy when placed in the same container – the liquid that floats on top has lower density.
Liquid water changes from a liquid to a solid at around 0oC.
No, gas does not have a definite volume because it expands to fill its container. Liquid, on the other hand, does have a definite volume as it takes the shape of its container but maintains a constant volume.
Yes that is true (for any given temperature and / or pressure, as both of those factors could affect the volume of a liquid)
Volume is how much cubic units could hold, and capacity is how much an object can hold a liquid.
You could use a measuring cup or a liquid measuring jug to find out the volume of liquid a jar can hold. Fill up the jar with water, then pour the water into the measuring cup to determine the volume.
find the PH of it
i don't think so. i don't think i ever saw grams express a measurement of a liquid. The Gram is a measurement of weight since liquid has weight it "Could" be described in this way however the more usual way of describing a liquid in Metric is to use Litres,centelitres,millilitres. If it is literally the 'Volume' of a liquid then you would use Metres2,Centemeters2,millimetres2