Mass, temperature, color and also density by measuring volume.
it white and its soft
If I had to guess, there are hundreds of different physical changes at school. Some good examples are when you sharpen your pencil, write on paper, or cut your lunch with a knife or fork. These examples are just a few ways that physical changes take place at school.
Paper does not produce radiation on its own. However, paper can shield against some forms of radiation, such as alpha radiation, due to its physical properties.
The physical properties I know of are the shape which are either a square or rectangle, the color which is either white or different colors. The chemical properties I know of are just before you make the paper, that's pretty much it...
Some examples of physical change include melting an ice cube, chopping wood, and breaking a piece of glass. Additional examples include tearing a piece of paper, combining water and sand, and boiling water.
some one decided to draw a piece of paper on the paper
The physical properties of the meteors are that they are rocky and parts of other asteroids.
Tearing paper does not directly affect the composition of the paper's molecules, or its mass. You can recycle the paper, and end up with a piece of paper again. For some types of paper, simply wetting it, connecting the pieces, and drying it again would create the same size sheet of paper.
Depth, density, and dynamical ellipticity are physical properties of Earth.
A pencil is typically made of graphite and clay mixed with a binding agent. Its physical properties include being solid, cylindrical, and having a smooth surface. Chemically, graphite is a soft, black, opaque form of carbon that leaves a mark on paper due to its lubricating properties.
it is iron
Some antonyms for physical properties are abstract properties, immaterial properties, or conceptual properties. These terms describe characteristics that are not related to the physical attributes of an object or substance.