Reactive power is the coarse that is reactive with water. This a developing composite material.
No. but it is water reactive producing heat but no light is given off.
Yes - huge quantities - ground into a coarse powder or just the particles from between the fibres it is coir potting compost
A coarse, crumbly flat black powder.
Water, simple soap, food coloring, non-bleach scouring powder, non-deoderizing clay cat litter
less reactive
Does the material react chemically with plain water and how violently it reacts:sand, sugar, glass, chlorine gas, motor oil, gold, and TNT are not reactive with water.iron is just barely reactive with water, slowly rusting over a period of years (for practical purposes this is considered as not reactive).magnesium is very slightly reactive with water, it slowly produces hydrogen and magnesium hydroxide.baking powder mixture is mildly reactive with water at room temperature, giving off carbon dioxide gas harmlessly.calcium is fairly reactive with water, producing a white calcium oxide and calcium hydroxide and hydrogen.calcium carbide is significantly reactive with water, giving off acetylene gas which can be ignited.aluminum phosphide is significantly reactive with water, giving off highly toxic phosphine gas.lithium, sodium, and potassium are violently reactive with water, giving off hydrogen gas and often spontaneously igniting the gas. The metal may melt and spray out molten droplets! The water becomes dangerously alkaline with dissolved lithium hydroxide, sodium hydroxide, or potassium hydroxide respectively and the water may boil!etc.
The reactive force would be gliding through the water.
No.
Coarse
more reactive
When you add water to powder, the powder may dissolve into the water, forming a solution. Alternatively, the powder may form a suspension in the water, where it does not fully dissolve but is dispersed throughout the liquid. The final outcome depends on the properties of the powder and its solubility in water.
Synthetic magnesium silicates are insoluble in water or alcohol.