Solids have a fixed volume and shape. The particles are packed closely together, maintaining their shape and volume. This is in contrast to liquids and gases, which take the shape of their container.
True. Liquids are able to flow and conform to the shape of their container due to their ability to move freely past one another. This property distinguishes liquids from solids, which maintain their own shape and volume.
False. Pitch and volume are unrelated.
True. Solids have a definite shape and volume because their particles are closely packed and do not move freely past each other. This results in solids having a fixed shape and not flowing like liquids or gases.
If the container is rigid, then its volume cannot change. However, if more gas particles are pushing on the walls, then it is the pressure that is changing.
Solids have a fixed volume and shape. The particles are packed closely together, maintaining their shape and volume. This is in contrast to liquids and gases, which take the shape of their container.
False
True
false
false
False. Ions in ionic solids are arranged in a specific repeating pattern known as a crystal lattice, rather than randomly.
True. Liquids are able to flow and conform to the shape of their container due to their ability to move freely past one another. This property distinguishes liquids from solids, which maintain their own shape and volume.
False. Pitch and volume are unrelated.
false
That statement is false. Volume is found by multiplying length by width by height.
True
Traditionally, displacement is when you place a solid in a known amount of liquid, then determine the volume based on how much liquid is displaced by the object. You can't displace a liquid with another liquid and find its volume. With that said, the statement "One method used to determine the volume of solids and liquids is displacement" must be completely true. However, as we established in the previous paragraph, displacement is not a method for finding the volume of a liquid. Because an "and" operator is used in the statement, that means displacement must apply to both solids and liquids, or the statement as a whole is unsound. And since we previously determined that displacement is not a method for finding the volume of a liquid, this makes the statement unsound and false.