photoelectric effect
increase in kinetic energy. heat and temp
expansion
reflection
It depends, my understanding is that generally the arrangement of the atoms and their interactions with one another as well as the energy levels of those atoms is what distinguishes the different states of matter from one another.
transparent, translucent, and opaque. All 'materials' (i.e. made of matter) interact with em wave energy (which includes light). Humans can detect some but not all of those interactions.
deflection
The concerns of physics are the study and understanding of matter and energy and their interactions.
dynamics may be the word you seek.
Yes. If your kitchen light has room for four light bulbs, then you will save energy if only one of them is on.
It depends, my understanding is that generally the arrangement of the atoms and their interactions with one another as well as the energy levels of those atoms is what distinguishes the different states of matter from one another.
chemist
Dark matter may be invisible to light, but it can still be detected, through its gravitational interactions. Specifically, it can be detected: * By the fact that galaxies rotate way too fast, for the amount of known matter. * By gravitational lensing.
The four basic wave interactions are: wavelength, trough, crest, and amplitude.
"Light that interacts with matter is reflected, transmitted or absorbed, and all combinations of these interactions are possible."The above was a previous answer that didnt actually answer the question at all. This person simply stated the different types of interactions that are possible between light and matter, not what happens when light is absorbed by matter.When light is absorbed by matter, it turns into heat energy. This is why black objects that are in the sun are oftern hot, because darker colors ABSORB more light than lighter ones. Most people have experienced hot pavement in summer, if you ever noticed parts of the pavement that are painted white (basketball courts, etc.) or yellow (roads) are cooler than the black parts. This is part of the reason why places like NYC are unbearably hot in the summer.
transparent, translucent, and opaque. All 'materials' (i.e. made of matter) interact with em wave energy (which includes light). Humans can detect some but not all of those interactions.
gas
Chemist or Physicist
Temperature and pressure.
Interactions at the atomic level determine the arrangement of atoms and molecules, which influences the chemical and physical properties of matter. In organisms, these interactions are responsible for the structures and functions of biological molecules like proteins and DNA. In non-living matter, atomic interactions determine characteristics such as melting point, conductivity, and strength. By understanding these atomic interactions, we can explain the observable properties of both living organisms and non-living matter.
deflection