Between the pH of 1-4.
In brief, CAM photosynthesis occurs in plants which may have to conserve water. These plants close the stomata in the daylight, and open them at night. Thus conserving most (>90%) of the water otherwise lost due to transpiration.During the night they absorb CO2 and store it in an acid, hence the CAM - Crassulacean Acid Metabolism.The Crassulacea refers to a plant family in which the mechanism was first studied - it is NOT the metabolism of Crassulacean Acid. The acid was named after the plant.Many of the plant families in which this CAM process occur are those that may have to withstand drought. The great variety of Families of plants (both Angisperms and Gymnosperms) covers many hundreds of Genera, indicates that this mechanism has been discovered many times - a natural convergent evolution.Pineapple and Cacti are very common plants using CAM, but plants such as mosses and Quillworts (Isoetales) also use it. These lowly plants must often have a water problem. Perching orchids are another obvious group of adaptees.
Soda works very well. I could right a five page report on why but I'll keep it simple. Yes soda has a high level of sugar, which helps greatly, but one of the main components is Phosphoric acid. Phosphoric acid is used in fertilizers.
Hydrofluoric acid is dangerous because it can penetrate the skin and react with calcium in the body, leading to severe burns, tissue damage, and potentially fatal systemic effects.
Plants also need water, sunlight, minerals (such as nitrogen, phosphorus, and potassium), and oxygen to grow. These essential elements help plants carry out photosynthesis, nutrient uptake, and other metabolic processes necessary for growth and development.
CO2 itself is not an acid, since it doesnt make hydrogen ions (H+). But it does become an acid when in contact with water. CO2 in water becomes carbonic acid. Carbonic acid (H2CO3) is a weak acid capable of splitting of a H+.
If the water you are intending to use has been brought to Ph of 7.2 as is normally done in swimming pools then there is no problem at all using it to water plants. No. Do not use this acid mixed with anything to water your houseplants. Muriatic acid is extremely dangerous and is a matter between life or death Please check out the weblink at the lower left and you will see why. You can also ask an employee of a pool supply company if this is a dangerous practice or not.
Acid rain It is called Acid rain.
none, acid is dangerous to all living things.
Any level below 5.5 or 5.4 can taint water and plants causing them to be harmful to wildlife.
It can't burn you, so it's not dangerous in that way, but it can kill plants, trees and small animals. If you drink water from lakes and rivers that acid rain has fallen in, it could make you ill. Acid rain can also cause damage to buildings, especially ones built from stone.
water does. if acid came first and you put water, it might splash and be very dangerous.
When mixing acid and water, always add the acid to the water slowly and carefully. Never add water to acid, as it can cause a dangerous reaction.
Sulphur dioxide is very harmful to plants and it can kill them. Sulphur Dioxide is the main gas produced by the burning of coal and it is cleared into the atmosphere. Moreover Sulphur Dioxide can react with water vapour in the atmosphere and produce a dangerous acid called sulphuric acid which is the acid in acid rain. Sulphuric acid can break plants (and animals) down, therefore the plants die. i love does nuts
Of course not! The acid in the solutions will kill the plants!
happen to the soil,crops,plants,animals and exposed water acid rain
To safely add water to acid and prevent a dangerous reaction, you should slowly pour the water into the acid while stirring continuously. This helps to dilute the acid gradually and reduce the risk of splashing or a sudden release of heat. It is important to always add acid to water, not the other way around, to avoid a potentially hazardous reaction.
acid rain, plants, and animals