Let the weight of the container be C and the weight of water when fully filled be W.
Then C + W = 36 and C + w/2 = 21
Subtracting the second equation from the first gives w/2 = 36 - 21 = 15
Then W = 2 x 15 = 30 : As C + W = 36 then C = 36 - W = 36 - 30 = 6 kg.
The empty container weighs 6 kg.
An empty gas container actually weighs less than a full container.
To find the mass of a container, you can weigh the container using a scale. Simply measure the weight of the container when it is empty, and then weigh it again when it is filled with the material. The mass of the container can be calculated by subtracting the weight of the empty container from the weight of the filled container.
If an empty container weighs two pounds, that is the tare weight of the container when empty. If I then put 6 pounds of sand into the container, the total (gross) weight becomes: 2lb + 6lb = 8lb Gross. Therefore, the gross weight of the container is now 8 pounds.
The empty space in a container is referred to as "void space" or "headspace". It is the area within a container that is not filled with the product.
What ever was in the cylinder had weight of its' own. When the cylinder was emptied, only the weight of the cylinder was left.
The empty space in a container is the volume inside the container that is not filled with any material. It is important to consider this empty space when determining the appropriate amount of material that can be safely and efficiently stored in the container.
The absolute empty weight of an aircraft, cargo container etc.
Tare weight is the weight of an empty container or vessel. The weight of the contents of the container is called net weight. The weight of the container AND the contents is called gross weight.
An empty cylinder weighs less because it contains only the weight of the cylinder itself, whereas a filled cylinder contains the weight of both the cylinder and the substance inside it. The substance inside adds to the total weight of the filled cylinder.
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 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).
Yes, an empty balloon weighs less than a balloon filled with air because the air adds to the overall weight of the balloon.