0
What else can I help you with?
Ice in a glass represents what state of matter?
is ice an example of the liqiud state of matter?
What is a example of a physical change of matter?
Ice melting.
Are phase changes in matter permanent?
No, phase changes in matter are not permanent. They can be reversed by providing or removing energy (such as heat) to the substance. For example, ice can melt into water when heat is applied, and the water can freeze back into ice when it is cooled.
What affects matter?
heat affects matter by melting frozen items. example: ice + heat= matter
An example of when matter undergoes a physical change?
Ice melting into water is an example of matter undergoing a physical change. The ice changes from a solid state to a liquid state without altering its chemical composition.
Melting an ice cube is an example of causing a change in?
It is an example of change in the state of matter.
What is An example of heterogeneous matter?
Chocolate chip ice cream. You can separate the chips from ice cream. (:
Ice and Wood are examples of this state of Matter?
They are each an example of a solid
An edible example of a physical change?
Change in the state of matter is physical change .A good example of physical change in matter is water that is in liquid state can become solid in frozen state as ice and vapor in gaseous state
A charateristic of matter that is otained by changing the state of the matter the ability to melt is an example of this charateristic for ice?
The characteristic of matter you are referring to is called a physical property. The ability to melt is an example of a physical property exhibited by ice, where it changes from a solid state to a liquid state when heated.
When matter progresses directly from a solid to a gas its called?
sublimation (dry ice is an example)
What is an example of a state of matter beside ice?
An example of a state of matter besides ice is liquid water. Water is able to exist in three different states - solid (ice), liquid (water), and gas (water vapor) - depending on the temperature and pressure conditions.
