The Periodic Table is organized so that elements with similar chemical properties are aligned in columns...hence, if you the chemical prop. of one element, then it is reasonable to assume that the other elements in the same column will have similar prop. O3
yes u can because on the periodic table their is colour coding for metal,non-metal,metaloid,gas,liquid and solid so u can easily tell
well go in a room and see if the substance is a solid, liquid or gas
You can tell that carbon is a solid in room temperature if it isn't liquid, gas, or gel. All items and chemicals can be tested for solidity in similar fashion.
because its area on the periodic table
Silicon is a solid element at room temperature.
Mercury is a metal element. It can be all 3 stats depending on the temperature. At room temperature it is a liquid.
The element boron is a solid at standard temperature and pressure.
I believe that this element doesn't exist.
Bromine is the only element acts as a liquid in the room temperature. The upper elements in the same group are gases. Iodine is a solid that can undergo sublimation in room temperature.
Magnesium is in the state of a solid form.
Neptunium is a metal element. It is a solid in room temperature. It is in the f block of the Periodic Table.
Silicon is a solid element at room temperature.
Mercury is the only metal that is liquid at standard conditions for temperature and pressure
gallium
gas
Sodium is an alkali metal in the first group of the periodic table.Sodium is a solid at room temperature.
solid Please see the link.
Yes. Most periodic tables have a key which tells you what state the element is at room temperature. For example, Hg (mercury) is the only element that is liquid at room temperature.
A periodic table that's big enough will display the "phase" of the element--is it a solid, liquid or gas at 25C? There are only two elements that are liquid at that temperature--bromine and mercury. Eleven elements are gases--hydrogen, helium, nitrogen, oxygen, fluorine, neon, chlorine, argon, krypton, xenon and radon. Everything else is a solid, or an unknown--the synthetic elements from 104 on don't last long enough to get a handle on their phases. This is a fun thing: at http://www.ptable.com you will find a periodic table with a temperature slider--set it to, say, 300C and you can see the phases of all elements at that temperature.
Mercury is a metal element. It can be all 3 stats depending on the temperature. At room temperature it is a liquid.
Molecular Iodine, I2, is a solid at room temperature.