particles in each state of matter behave differently because they have different amounts of thermal…

particles in each state of matter behave differently because they have different amounts of thermal energy.\nin a solid, the particles are held together tightly, and they do not move around freely. because the particles stay in about the same place, a solid generally keeps a certain shape.\neven though particles in a solid cannot move past one another, they are not completely still. the particles are constantly vibrating, or moving back and forth, in place.\nselect all the true statements.\nparticles in a solid are completely still.\nparticles in a solid are packed tightly.\nparticles in a solid have thermal energy.

particles in each state of matter behave differently because they have different amounts of thermal energy.\nin a solid, the particles are held together tightly, and they do not move around freely. because the particles stay in about the same place, a solid generally keeps a certain shape.\neven though particles in a solid cannot move past one another, they are not completely still. the particles are constantly vibrating, or moving back and forth, in place.\nselect all the true statements.\nparticles in a solid are completely still.\nparticles in a solid are packed tightly.\nparticles in a solid have thermal energy.

Answer

Brief Explanations:

The text states that in a solid, particles are held tightly together, not completely still as they are constantly vibrating, and all states of matter have thermal energy. So, the statements about particles being packed tightly and having thermal energy are true, while the one about them being completely still is false.

Answer:

Particles in a solid are packed tightly. Particles in a solid have thermal energy.