8.57 g
D=mass/volume
Wanting to fight weight of the vial so you would use Mass=density*volume
8.6mL is volume
.997g/mL is density
The answer will depend the volume of the bottle and the temperature and pressure. Assuming that the experiment is carried out at normal temperature (20 deg C) and one atmospheric pressure, the density of water is 0.9982071 grams per cm3. So, if the volume of the water in the bottle is V cm3 = V cc or V ml, then the mass of the filled bottle is 25 + V*0.9982071 grams.
To solve this problem, we need to understand the concept of buoyancy. When the bucket is half-filled with water, the water exerts an upward buoyant force equal to the weight of the water displaced. Since the weight of the half-filled bucket is 30kg, the weight of the water in the bucket is 30kg. This means the weight of the empty bucket is 20kg (50kg - 30kg = 20kg).
no....its stil lthe same volume.(:
Zone of aeration
🎵 then the 🎶 filled in & then the one that isnt filled in
The difference in weight between the filled and empty cylinder is 91.35g - 51.36g = 39.99g. This is the weight of the 50.0mL of unknown liquid. To find the density, divide the mass (39.99g) by the volume (50.0mL) to get 0.7998 g/mL.
To determine the density of each 50 mL liquid container, you would first weigh the empty container. Next, fill the container with the liquid and weigh it again. The difference in weight between the filled and empty container can be used to calculate the density by dividing the weight of the liquid by the volume of the container.
An empty gas container actually weighs less than a full container.
Density = mass/volumemass of unknown = 110.810 g - 82.450 g = 28.360 gvolume = 50.0 mlDensity = 28.36 g/50 ml = 0.567 g/ml (to 3 significant figures)
they are both filled with empty space.
density is mass / volume. pour the water into a measuring clyinder, weigh it on scales then minus the weight of the empty clyinder. Divide the mass by the volume and you'll get the density.
A soda can will sink if it is filled with liquid because the overall density of the can plus the liquid is greater than the density of water. However, if the can is empty or filled with air, it will float as the overall density is less than that of water.
A small bottle or flask used to measure the specific gravities of liquids; the bottle is weighed when it is filled with the liquid whose specific gravity is to be determined, when filled with a reference liquid, and when empty. Also known as density bottle; relative-density bottle.
mass of empty density bottle=30g mass of bottle+liquid=40g heating of the filled bottle=40degree c mass reduced when heated=3g apparent cubic expansivity=? volume of liquid expelled volume of liquid*temp rise remains 40-38 [38-30]*40 2 840=6.2510^-3k^-1
Answer:The formula is:D=M/V(Density equals mass divided by volume)It is the same type of thing for Mass and Volume:M=D(V)(Mass equals Density multiplied by Volume)V=M/D(Volume equals Mass divided by Density)
The answer will depend the volume of the bottle and the temperature and pressure. Assuming that the experiment is carried out at normal temperature (20 deg C) and one atmospheric pressure, the density of water is 0.9982071 grams per cm3. So, if the volume of the water in the bottle is V cm3 = V cc or V ml, then the mass of the filled bottle is 25 + V*0.9982071 grams.
Density is mass per unit volume. The metallic solid weights (total_weight - weight_of_bottle) = 36.6 - 14.81 = 21.79g The volume of the solid is 4.79cm3. So density of the solid is 21.79g / 4.79cm3 ~= 4.55 g/cm3.