Yes, potassium hydroxide is very corrosive.
baking soda, ammonia, and saltwater are three examples of basic solution's, although we are slowly making the sea acidic =[
you cannot mine pure potassium but you can mine potassium chloride or as it as Potash ore. These mines are found allover the world where there have been ancient sea that have evaporated and let potassium salts.
Other animals that have flippers include dolphins, whales, seals, sea lions, and sea turtles. Flippers are specialized limbs that help these animals navigate through water efficiently.
if u mean harm animals then yes it does
Some animals that can live on both land and sea include sea turtles, seals, sea otters, and penguins. These animals have adaptations that allow them to thrive in both environments, such as the ability to swim and dive in water while also being able to come onto land to rest, breed, or forage for food.
Because there are many harmful sea animals who can harm humans and there is no oxygen under the sea to breathe in.
Potassium iodate is typically synthesized by reacting potassium hydroxide with iodine and then further reacting the resulting potassium iodide with iodic acid. It is a white crystalline solid that is often used as a nutritional supplement and in the pharmaceutical industry.
This chemical can leak into the sea.
Oil is very harmful, pollutents, and insectisides. I love animals, so be nice to them. <3
they are not harmful at all
baking soda, ammonia, and saltwater are three examples of basic solution's, although we are slowly making the sea acidic =[
it hurts the animals living in the sea they drink that water and live there some make their homes in the ground under water to.
Sea animals live anywhere in the SEA.
Potassium as potassium ion naturally occurs in sea water and in several minerals and ores.
Sharks are sea animals. Salmon are sea animals.
sea animals possibly. yes i believe sea animals is correct. sea animals possibly. yes i believe sea animals is correct.
The ratio of potassium to sodium in seawater is approximately 1:33.