Lithium, sodium, potassium. rubidium, cesium, francium, calcium, strontium, barium and radium all react with varying degree of vigor with water to produce hydrogen gas. Other metals also will but not as vigorously.
The elements lithium (Li), potassium (K) and sodium (Na) could all be described this way. They are all less dense than water so they will float, and they all react violently to form the alkaline base and hyrdogen gas.
The alkali metals in group one:
Lithium
Sodium
Potassium
Rubidium
Caesium
Francium
potassium, sodium and lithium
it may be sodium , potassium or cesium.
All of the Alkali metals
potassium
lithium
Rubidium.
chemical
Sodium reacts explosively with water, so it is not advisable to do a specific heat experiment with water. Instead use a non-exploding solution such as naphtha or a chlorobezene.
Calcium phospate and water:)
Nope. Sodium reacts violently with water. The pure stuff is normally stored under oil.
Rubidium.
Sodium will, and some others will too.
chemical
there are some alkali metals. It can be sodium or potassium.
It reacts explosively with water
Sodium is an unstable element which reacts violently when in contact with water. Sodium added to water can result in explosions.
Hydrogen is not inert it reacts explosively with Oxygen to create water H2O
Yes. Readily reacts with water. Decomposes liberating N2 explosively when heated.
When a metal oxide reacts with an acid a slat and water are formed.
The most reactive metal is francium (Fr). However, it is impossible to gather any sufficient quantity of francium to demonstrate this reactivity. The other alkali metals, lithium, sodium, potassium, rubidium, and cesium will all react rapidly, even explosively with water.
Pure potassium (Element K on the periodic table) Is the most reactive metal. So reactive that it will spontaneously oxidise when exposed to the air and will explosively combust when placed in water.
No, sodium metal cannot become water. Sodium is a highly reactive metal, and when it comes into contact with water, it reacts violently and releases hydrogen gas. This reaction can be dangerous and should be avoided.