Many chemical reactions are possible but not all the mixtures can react.
No, it is an element, number 13 on the periodic table.
what happens when radiation mix's with electricity
Metalloids are located between metals and nonmetals in the periodic table because they exhibit properties that are intermediate between the two groups. They typically possess a mix of metallic and nonmetallic characteristics, making them useful in various applications, such as semiconductors. Their position reflects the gradual transition in properties that occurs across the periodic table, allowing them to play a crucial role in chemical reactions and material science.
You grind a bit of wood off the table and mix it with ordinary salt, voila you have table salt!
calcium
oxygen
No, it is an element, number 13 on the periodic table.
Add non-metals to the mix and yup you've just summarized the entire periodic table of elements.
Table salt is created when they mix
You mix table salt and sand.
Theoretically, this is impossible 1) because some of the man made elements that are on the Periodic Table of Elements are unable to stay in their pure form due to when the elements decay. Livermorium is one of the two most recently made elements and it's half-life is THOUSANDTHS of a second. 2) Not all of the elements of the Periodic Table have the ability to fuse or combine together. It is impossible to even try to cause an ionic bond between every element. It's not even worth trying. Lets just say if you could cause an ionic bond of every element; well that's something that mankind will never know.
what happens when radiation mix's with electricity
Gold is an element on the periodic table with the chemical symbol Au. It is a pure substance and is not a mixture of other elements. Pure gold is known for its distinct yellow color and is highly valued for its rarity and beauty.
everything
what happens
Metalloids are located between metals and nonmetals in the periodic table because they exhibit properties that are intermediate between the two groups. They typically possess a mix of metallic and nonmetallic characteristics, making them useful in various applications, such as semiconductors. Their position reflects the gradual transition in properties that occurs across the periodic table, allowing them to play a crucial role in chemical reactions and material science.
It will neutralize the mix.