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because of exothermic reaction b/w water and detergent
Depending on the quantity of detergent ingested !
False. When detergent or soap is added to water then it surface tension decreases.
phosphate and potassium
It is probably the neutralisation of the detergent, an alkali, and water, although the pH of water is 7. Neutralisation is an exothermic reaction, which means heat is produced, therefore detergent gets hot when wet.
When phosphate is present in very high levels it is toxic to people or animals.
I think it says on the detergent bottle that if you ever ingest the dish detergent, that you should|:a) drink lotsa water (to dilute the effect of toxic chemicals)b) call a doctor or the POISON CONTROL CENTRE (something's gonna go down)
I think it says on the detergent bottle that if you ever ingest the dish detergent, that you should|:a) drink lotsa water (to dilute the effect of toxic chemicals)b) call a doctor or the POISON CONTROL CENTRE (something's gonna go down)
When there is too much phosphate in the water it causes algal blooms. When the decomposers try to break down the phosphate they use up all the oxygen, leaving none for the other organisms. when this happens all the organisms end up dying.
Harmful effects of toxic chemical are- When thrown in water bodies they pollute the water and all the freshwater organisms die. they also pollute the environment.
phosphate is in general is a powerful fertilizer, so when it goes into the water it can cause algal blooms, this leads to water supplies become contaminated with toxins that the algae produce, which causes a host of ecological and human health problems. phosphate- PO4
Toxic wastes are very harmful to the environment. They kill organisms, change the environment, create acid rain, and pollute water sources.
ANSWER:Because of the soapiness of the detergent the water and detergent form a less soapy but still soapy mixture of Water & the detergent, in a liquid form.
I would add water to the trisodium phosphate. If it were an acid, then I would add the acid to the water.
It is important to realize that few soaps available today are actually soap. Some are detergents rather than soaps. Soaps generally are phosphate free while detergents contain phosphorous as a phosphate. The phosphate is present to improve cleaning ability and prevent the problems associated with "soap scum" Phosphates were determined to be a cause of eutrophication (enrichment) of water with associated algae growth. As a result most countries banned or reduced the acceptable phosphate levels in detergent based soaps. The algae can make the wear taste bad. In North America the major source of phosphate waste water from domestic sources is dishwasher detergent.
because of exothermic reaction b/w water and detergent
The solvent is the water, and the liquid detergent is the solute.