volume = mass/density
mass = (204.69-96.94) = 107.75 g
density = 13.53 g/cm3
volume = 107.75g / (13.53 g/cm3)
volume = 7.96 cm3
If you have a large jar filled with mercury and a small jar filled with water, then the mercury has more volume than the water. If the water is in the large jar, then the water has more volume than the mercury.
The volume of mercury at 28 degrees Celsius is definite, meaning it is a specific and fixed value. However, the shape of mercury can change as it is a liquid, so it does not have a specific shape. It takes the shape of its container.
Out of those substances, mercury has the greatest density. So for the same volume, mercury will be the heaviest and carry the most inertia.
the volume of one drop of meury is how ever muc that one drop was. it could be 1mL
cyclohexane is a liquid so it may be filled in a flask of known volume and may be weighted out ... the ratio of mass and volume represents the density....
The liquid volume of an object is the amount of liquid (like water or oil) that the object (like a glass) can hold when completely filled.
mass is 1,2359 grams volume is 1.839 ml
The volume of mercury can vary depending on its form and temperature. However, at room temperature, the volume of liquid mercury is approximately 13.5 cubic centimeters per gram.
Volume by displacement is a method used to measure the volume of irregularly shaped objects by submerging them in a liquid-filled container and measuring the amount of liquid displaced. The volume of the object is equal to the volume of liquid displaced, as per Archimedes' principle.
If you have a large jar filled with mercury and a small jar filled with water, then the mercury has more volume than the water. If the water is in the large jar, then the water has more volume than the mercury.
The volume of mercury at 28 degrees Celsius is definite, meaning it is a specific and fixed value. However, the shape of mercury can change as it is a liquid, so it does not have a specific shape. It takes the shape of its container.
density
When the temperature of the glass bottle and mercury increases, the volume of both also increases. However, since mercury has a greater coefficient of volume expansion than the glass, it will expand more, causing it to spill out of the bottle. The fraction that will spill out can be calculated using the coefficients of volume expansion for mercury and glass, along with the initial volume of mercury and bottle.
The cup is solid, but the water remains liquid unless you freeze it into ice.
Immerse the object completely in a liquid (e.g. water) and measure the volume of liquid displaced.
Out of those substances, mercury has the greatest density. So for the same volume, mercury will be the heaviest and carry the most inertia.
It is a liquid so it is measured in liters or milliliters!!! Hope that help you!!!BASED ON STP