The reaction formed will be potassium chloride and hydrogen gas will be liberated.
- KJ so cool!
This is a very violent reaction.
Potassium reacts explosively.
2ki+ h2so4 ----> k2so4 + 2hi
Up to a point, temperature will increase the rate of reaction between hypo and dilute hydrochloric acid. After a certain point, extreme temperature will completely shut down the process.
2hcl- + k2co3====>2h2co3+2kcl
Neutralization
Carbon dioxide gas is involved in the reaction between sodium trioxocarbonate IV and dilute hydrochloric acid
This is a very violent reaction.
This reaction is too dangerous, explosive and uncontrollable, it will set fire to hydrogengas and burn intensively with small amounts of oxygen (air). It's better to use zinc pallets and dilute hydrochloric acid.
Neutralization reaction occurs.
Potassium reacts explosively.
The reaction between potassium and a dilute acid or even just water (which is what an acid is diluted in) is very dangerous. On contact with the acid the potassium bursts into flame and may even explode, sending flaming molten pieces of potassium into the air.
2ki+ h2so4 ----> k2so4 + 2hi
It is an exothermic reaction.
Up to a point, temperature will increase the rate of reaction between hypo and dilute hydrochloric acid. After a certain point, extreme temperature will completely shut down the process.
When sodium bicarbonate reacts with dilute hydrochloric acid they produce carbon dioxide (CO2)
2hcl- + k2co3====>2h2co3+2kcl