Thermometers actually detect the temperature of moving particles in motion. Both Mercury and alcohol (substances in thermometers) grow bigger when heated and smaller when cooled. Inside the glass tube of a thermometer, the liquid has no place to go but up when the temperature is hot and down when the temperature is cold.
The characteristic of matter that causes it to expand when the temperature increases and contract when the temperature decreases is known as thermal expansion. This is because as the temperature rises, the particles within the material gain kinetic energy and move more, causing the material to expand. Conversely, when the temperature decreases, the particles lose kinetic energy and move less, leading to contraction.
It is not currently known why there is more matter than antimatter. Some assymetries (differences between matter and antimatter) have been found, but they are very slight, and it is not clear how this could have been enough to create the matter we see today.
The essential elements of a communication system include a sender who initiates the message, a message that is being transmitted, a channel through which the message is sent, a receiver who receives the message, and feedback, which is the response from the receiver to the sender.
the electron - people will disagree with this answer, but this is the basest answer you can give!
Yes, subject matter often dictates the approach in curriculum design. Different subjects may require varying instructional strategies, assessment methods, and learning activities to effectively engage students and achieve desired learning outcomes. Therefore, it is important to tailor the curriculum approach to the specific needs and characteristics of the subject being taught.
the temperature of the moving particles in motion.
That's actually impossible unless you look between the particles of matter. Particles = more than one particle.
no actually matter is well matter that we can detect but dark matter is there just we can't detect it but we do no it's there because everything is either matter or engery but we can dectect engery so it's darkmatter
It is far easier to detect charged particles -- they interact with matter to a much greater extent.
It makes it heavier. However, a particle is matter (please leave anti-matter and energy out of this ;)).So your question actually is: What does more matter in matter do?
In astrophysics [See Link], weakly interacting massive particles, or WIMPs, are hypothetical particles serving as one possible solution to the dark matter problem.If they exist, they will be everywhere.However, because WIMPs may only interact through gravitational and weak forces, they are extremely difficult to detect.
Dark matter is matter of an unknown type. It is known to exist, due to its gravitational influence, but it is not known what it is made of. There is at least 5 times as much dark matter than "normal" matter.
An ineffective particle is a subatomic particle that does not interact strongly with matter, making it difficult to detect and study. These particles are often elusive and have properties that challenge our current understanding of particle physics. Examples include neutrinos and hypothetical particles like dark matter.
No, its actually made out of ionized particles, forming another state of matter called Plasma.
Neutrinos are particles that rarely interact with matter. They have no electric charge and are very lightweight, which allows them to pass through ordinary matter, including our bodies, without any interaction. This property makes them difficult to detect and study.
Particles of matter are always in constant motion.
The particles in the GASeous state of matter are the most disorganized.Ur rite it it actually gas. HAHA mf