The answer depends on the flask: they are not all the same size.
Not enough information has been given such as the height of the flask.
volume and capacity is math
Capacity is the volume of the container.
1) Take a graduated measuring flask (with volume markings dependent on the accuracy you need) 2) Fill the flask with water precisely to a known marking. Note the reading 3) Slowly add the coins to the flask making sure the water does not overflow the flask. (Otherwise you have to start with a new level). Also the water must fully submerge all the coins. (Otherwise you have to start with a new level). Now note the new reading. The difference between this volume reading and the initial volume reading gives the volume of the coins. If the coins are all similar, then the average volume of each coin can be calculated by dividing the volume you just calculated by the number of coins you put in the flask.
Its capacity or volume - measured in the same units.Its capacity or volume - measured in the same units.Its capacity or volume - measured in the same units.Its capacity or volume - measured in the same units.
A flask typically measures volume or capacity in units such as milliliters (mL) or liters (L). It is commonly used in scientific laboratories to accurately mix, store, or transfer liquids.
Typically, a cylinder is larger than a flask in terms of volume capacity. However, the actual size can vary depending on the specific dimensions of the glassware.
Volume of the flask = 131.5 mL - 125 mL = 6.5 mL = 0.0065 L
A graduated Erlenmeyer flask can measure a volume.
To check the capacity of a Soxhlet apparatus, first identify the size of the extractor and the boiling flask used in the setup. The capacity is usually determined by the volume of the boiling flask, which should be suitable for the amount of solvent and sample being used. Additionally, ensure that the siphon tube can handle the volume of solvent without overflow. For accurate measurements, refer to the manufacturer's specifications or guidelines for the specific Soxhlet apparatus model being used.
To find the volume of the flask, first calculate the moles of Na2CO3 using its molar mass. Then use the molarity and moles to find the volume using the formula Molarity (M) = moles/volume (in liters). The volume of the flask needed is then the inverse of the molarity.
To calibrate a volumetric flask, you need to fill it with a known volume of liquid, usually water, at a specific temperature. Then, you measure the actual volume of liquid in the flask using a calibrated measuring device, such as a graduated cylinder or a pipette. The difference between the known volume and the measured volume is the calibration error, which can be used to adjust the accuracy of the flask.
The least count of a flask refers to the smallest volume that can be accurately measured with that specific flask. It is determined by the accuracy of the markings on the flask and is typically specified by the manufacturer.
The total volume in the flask is 500ml of water + 100ml of air from the syringe, which equals 600ml. Since the 200ml of water takes up space in the conical flask, the remaining volume for air is 400ml.
It depends on the size of the test tube and the flask. Generally, test tubes have a smaller volume capacity compared to flasks. However, there are larger test tubes that can hold more liquid than smaller flasks.
The total volume in the container and the flask is 1300 ml.
Not enough information has been given such as the height of the flask.