No it is not true
Yes, it is true.
It is true
True, the forces between particles in a solid, such as intermolecular forces or atomic bonding, help to hold the particles in a fixed position relative to each other, preventing them from changing position easily without external force.
False. In general, more massive particles do not necessarily move more slowly than less massive particles. The speed of a particle is determined by its energy and the forces acting upon it, rather than its mass.
Yes, in colloids, dispersed particles have polar surfaces that can attract the particles of the dispersion medium through electrostatic forces. These attracted particles form a stable dispersion due to forces like Van der Waals or electrostatic interactions. This phenomenon helps to keep the colloidal particles suspended and dispersed in the medium.
Yes, it is true.
It is true
True, the forces between particles in a solid, such as intermolecular forces or atomic bonding, help to hold the particles in a fixed position relative to each other, preventing them from changing position easily without external force.
False. Electric forces are caused by the interaction of charged particles (like electrons and protons), but friction and contact forces are primarily a result of mechanical interactions between objects.
Yes
Technically false; it's full of virtual particles, photons, gravitons (if they exist), and possibly other gauge particles. However, if this is a homework question and you're not in university physics, the answer your teacher is probably looking for is "true."
Yes, gravity exists between two objects that have mass.
The same particles of matter that make up a solid are also the same particles of matter that make up a gas or a liquid. Basically matter consists of atoms. At the simplest level, the particles of atoms are electrons, protons and neutrons.
False. In general, more massive particles do not necessarily move more slowly than less massive particles. The speed of a particle is determined by its energy and the forces acting upon it, rather than its mass.
Yes, in colloids, dispersed particles have polar surfaces that can attract the particles of the dispersion medium through electrostatic forces. These attracted particles form a stable dispersion due to forces like Van der Waals or electrostatic interactions. This phenomenon helps to keep the colloidal particles suspended and dispersed in the medium.
True. Sedimentary rocks are formed from the accumulation and compression of particles deposited by water, wind, or ice over time. These particles can include clay, sand, and organic matter.
To prepare a colloidal solution from a true solution, you can add a dispersing medium (such as water) to the true solution. This will break down the solute particles in the true solution into smaller particles, forming a colloidal suspension. The interactions between the solute particles and the dispersing medium will stabilize the colloidal particles, preventing them from settling.