Mass: Does not change
Weight: The weight will be zero, if you are not standing on a large massive body (like the moon). When in orbit you are actually in continuous freefall around the planet with a sufficient tangential velocity component.
Volume: If the object is filled with gas from the earth's lower atmosphere the gas will exert this pressure on the sides of the object, prehaps causing the object to explode.
Yes, solid objects have a defined volume, which is the amount of space they occupy in three-dimensional space. This volume is constant unless the object undergoes a change in shape or size.
Volume mass area Latest correction: Of these, only volume is correct. Area is not space, and mass has nothing to do with occupied space. Two objects of different volume can have identical masses, and two objects of different mass can have the same volume. The only true statement that can be made between the two is that all objects with a measurable bounded volume have mass. That is why the only possible answer is Volume
Anything that occupies space and has weight is considered to have volume and mass. This includes objects, liquids, gases, and even living organisms like plants and animals. Both volume and mass are physical properties that can be measured using appropriate tools and techniques.
Objects such as liquids, gases, and irregularly shaped solids are typically measured in volume. Volume is the amount of space occupied by an object and is commonly measured in units like liters or cubic centimeters.
Volume and weight are related through density, which is the mass of a substance per unit volume. Objects with the same volume but different densities will have different weights. For example, a cubic foot of lead will weigh more than a cubic foot of feathers due to lead's higher density.
Objects like balloons, styrofoam, cotton balls, and bubbles have large volume but small mass and weight. This is because their density is low, meaning they have very little mass compared to the amount of space they occupy.
Volume of an object is a measure of the space occupied by objects.
Volume, shape, and weight are studied in the field of geometry. Geometry is a branch of mathematics that deals with shapes, sizes, and the properties of space. It helps us understand how objects occupy space and interact with each other based on their dimensions.
Density affects the weight of an object by determining how much mass is concentrated in a given volume. Objects with higher density have more mass packed into a smaller space, resulting in greater weight. Conversely, objects with lower density have less mass confined in a larger volume, leading to reduced weight.
Some examples of objects that have large volume but very small mass and weight include balloons filled with helium gas, foam materials, and large empty containers made of lightweight materials like plastic or aluminum. These objects displace a lot of space but have low density, resulting in low mass and weight.
An object that fits this description is a physical object, such as a book or a table. These objects have volume and mass, which means they take up space and have weight.
No, the volume of an object does not affect its weight. Weight is determined by the force of gravity acting on an object's mass, regardless of its volume. The density of an object, which is the relationship between its mass and volume, does affect its weight.
Yes, volume represents the amount of space occupied by an object. And since all objects have mass, anything that has volume occupies space and also has mass.
Yes, solid objects have a defined volume, which is the amount of space they occupy in three-dimensional space. This volume is constant unless the object undergoes a change in shape or size.
They have the same volume.
Because weight is based on gravity, and gravity changes throughout space.
Not necessarily. The weight of an object is determined by its mass and the force of gravity acting on it, while the volume is simply the amount of space it takes up. Different materials have different densities, so two objects with the same volume can have different weights if their densities are different.