A metal will not always replace another metal in a compound dissolved in water because metals differ in their reactivities .
No, a less active metal cannot replace a more active metal in a chemical reaction. In a single displacement reaction, a more active metal will displace a less active metal from its salt solution, but the reverse is not possible.
it displaces the less reative metal and replaces it.
No metals always in a liquid state. There is always some temperature where a metal is liquid ("molten").
You can predict if a metal will replace another in a compound based on the reactivity series of metals. A more reactive metal will displace a less reactive metal from its compound. The position of the metals in the reactivity series will determine whether a displacement reaction will occur.
When an acid reacts with a metal, hydrogen gas is always formed as a product along with a salt specific to the metal and acid involved in the reaction.
No, a less active metal cannot replace a more active metal in a chemical reaction. In a single displacement reaction, a more active metal will displace a less active metal from its salt solution, but the reverse is not possible.
No Metal sonic is always a bad guy ALWAYS
it is always a non-metal
When replacing struts, ALWAYS replace them in pairs.
no
full metal is always best
when a metal can replace another metal in a chemical reaction - it is a chemically active metal
it displaces the less reative metal and replaces it.
No metals always in a liquid state. There is always some temperature where a metal is liquid ("molten").
because metal contain positive ions and hydrogen too
It is unlikely that tin would replace sodium in a reaction as sodium is a more reactive metal than tin. In a typical single displacement reaction, a more reactive metal will replace a less reactive metal in a compound. Therefore, sodium is more likely to replace tin in a reaction rather than the other way around.
ionic, beryllium is a metal and oxygen is a non metal... metal and non metal are always ionic bonding