On the Periodic Table elements are shown in their state of matter at room temperature (About 68 degrees) Edit (by AY12345): Actually room temperature is exactly 25 degrees C, so that's actually 77 degrees F, not 68 The room temperature is not like what it says on a thermostat. This room temperature is the temperature scientists use to make STANDARD measurements.
It is a noble gas, which are in group 18 (far right column of the periodic table). It is in period (row) 4. It is element 36. Its abbreviation is Kr.
Solids are the most dense state of matter
It means to delay making a decision on a matter- leaving it on the table, rather than acting on it.
Yes, all matter on earth contains at least one element, and all elements are found in the periodic table.
With the help of some physical and chemical processes matter changes its state. Like using heating , cooling etc we can change the state of matter,
The Periodic Table of elements
this is considered to be a hard question to answer. I'm sorry.
Sodium chloride is a solid at room temperature and is commonly known as table salt.
yes
The liquid elements in periodic table are only 2 , Mercury and Bromine, gaseous elements are 11, Hydrogen, Nitrogen , Oxygen, Fluorine , Chlorine and six Noble gases all other elements are solids.
A state table defines the behaviour of the of the sequantial function
1st state of matter- solid 2nd state of matter- liquid 3rd state of matter- gas 4th state of matter- plasma 5th state of matter- Bose Einstein condensate 6th state of matter - fermionic condensate 7th state of matter- thought to be Fermionic condensate
Neptunium is a metal element. It is a solid in room temperature. It is in the f block of the Periodic Table.
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.
coppers state of matter is solid.
plasma is the 4th state of matter....
It is in a solid state of matter.