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That depends on many things including but not limited to; 1. how thick the plastic is (if it's solid or just a shell around a hollow center) 2. the type of plastic, as different plastics have different densities. 3. if it is a hollow ball, the size of the ball will make a difference as the greater the volume of air compared to the volume of plastic will lower the density
Yes, a plastic bag is a solid. Solids have a definite shape and volume, which applies to plastic bags.
When an item takes up more space than another item, this means it has a greater volume. Synonyms for volume are size, bulk, and capacity.
10g of chloroform has a greater volume than 10g of hexane because chloroform has a higher density than hexane. Density is a measure of mass per unit volume, so for the same mass, the substance with the higher density will occupy less volume.
Well, honey, when a dry sponge absorbs water, it's the volume that's gonna change the most. The mass might go up a bit because it's soaking up that liquid goodness, but it's the volume that's really gonna expand like your waistline after Thanksgiving dinner. So, remember, it's all about that volume when it comes to sponges getting hydrated.
Out of those substances, mercury has the greatest density. So for the same volume, mercury will be the heaviest and carry the most inertia.
Density = (mass) / (volume) Greater density corresponds to either greater mass in the same volume, or same mass in smaller volume. Any way you look at it, rock is the winner, over feathers, balloons, or plastic bottles.
The secret is that copper packs more mass than wood or plastic do into the same volume.
No, two objects with the same volume may not have the same inertia. Inertia depends on the mass and distribution of mass within an object, not just its volume. Objects with different densities or shapes can have different inertial properties even if they have the same volume.
The volume of the Earth is 50 times greater than the volume of the Moon.
weight
You put mass as the main heading then put milliliters inertia cubic centimeters Weight matter then gravity
The cube of water would have a greater density because it has a mass of 1g in a smaller volume of 1 cm³, resulting in a density of 1 g/cm³. The block of plastic has a mass of 4g in a larger volume of 6 cm³, resulting in a density of 0.67 g/cm³.
Size generally refers to volume in respect to containers. As a result a bag filled with nails will have more mass than an equal sized bag filled with cotton. Inertia is proportional to mass and the velocity the mass is travelling at, or alternately the mass and the acceleration it is subjected to. As a consequence a bag filled with nails travelling at the same velocity (or subjected to the same acceleration) as an equal sized bag filled with cotton has a greater inertia due to its greater mass.
That depends on many things including but not limited to; 1. how thick the plastic is (if it's solid or just a shell around a hollow center) 2. the type of plastic, as different plastics have different densities. 3. if it is a hollow ball, the size of the ball will make a difference as the greater the volume of air compared to the volume of plastic will lower the density
The volume of the box was greater then the volume of the paperclip.
Inertia deals with a bodies resistance to change its state of motion ( or stillness) Esentially , inertia = mass and 1 cu metre water = 1000 kilograms