No. Temperature change is most common for changes in states of matter.
The original state of matter of chlorine is gas. Chlorine is a halogen, of which group there are only one element is solid at room temperature (Bromine) and one a liquid (Iodine).
During physical changes, matter always retains its chemical composition, which means the atoms and molecules in the substance remain the same before and after the change. This is because physical changes involve rearranging molecules or changing the state of matter without altering the fundamental identity of the substance.
Yes, heating platinum and cooling it back to its original state is a physical change. This process involves a change in the state of matter (from solid to liquid and back to solid) without altering the chemical composition of the platinum.
When matter changes state, the amount of mass and the amount of energy are always conserved. This means that the total mass and energy of the system remain constant throughout the phase change.
An irreversible change to matter is a change that cannot be reversed by physical means, such as heating, cooling, or mixing. This type of change often involves a chemical reaction that forms new substances with different properties than the original materials. Once an irreversible change occurs, it is typically not possible to revert the matter back to its original state.
Temperature is the most common reason matter retains it's state.
No, matter can undergo physical or chemical changes that alter its original state. Physical changes, like melting or freezing, do not change the chemical composition of the matter, while chemical changes result in the formation of new substances with different properties.
The original state of matter of chlorine is gas. Chlorine is a halogen, of which group there are only one element is solid at room temperature (Bromine) and one a liquid (Iodine).
A diamond retains its original state as its chemical structure remains the same no matter the changes in its physical form.
No, The state of matter only affects its' concentration. No matter what state matter is in, it will always have the same mass (assuming it doesn't drip or float away). However, the state of matter can affect the area or volume of matter.
the state of matter that changes shape when placed in a different container is water
Either surrender and turn yourself in, or retain an attorney to look into the matter for you.
No
Plasma is a state of matter, and a snowflake is just H2O, so yes, a snowflake can turn into a plasma however it would no longer resemble a snowflake or retain any of it's original formation... So short answer, can a snowflake be a plasma: No Can H2O be a plasma: Yes
Copyright in the project itself is held by Michigan State University, but individual journals and their articles retain their original copyrights.
it was always Trenton
During physical changes, matter always retains its chemical composition, which means the atoms and molecules in the substance remain the same before and after the change. This is because physical changes involve rearranging molecules or changing the state of matter without altering the fundamental identity of the substance.