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What else can I help you with?
What is the red stuff on the match?
phosphorous
What is used in manufacturing of matchstick?
red phosphorous
What is the name of the chemical in the sides of the matchbox?
Red phosphorous
What makes the red sea unique?
The red sea is a red-ish color because of the cyanobacteria inside of the water. In the sea, cyanobacteria lives. Cyanobacteria are bacterium that live inside of water.
What color is phosphorous?
Phophorus can appear white, red, black, yellow, or colorless.
What does the inside of a red blood cell look like?
like a lot of water
What is the the color of phosphorus?
Phosphorous can be : - colorless, waxy white, yellow, scarlet, red, violet, or black
Is phosphorous an allotrope?
Phosphorus is an element. Phosphorus has many allotropes the most important ones are white and red .
What element has a red and white form?
Phosphorus is an element that has a red and white form. The red form is known as red phosphorus, while the white form is known as white phosphorus.
What color would bend the most red green or blue inside water?
red becuz i learned that in school last week
Which color of phosphorous is used in matchsticks?
Early matchstick makers used to use white phosphorous, which was explosive and dangerous. Modern matches use a mixture containing red phosphorous instead, which burns more slowly and much cleaner.Strike-anywhere matches use phosphorus sesquisulfide, mixed with other minerals (such as potassium chlorate) so that it's still reasonably safe: it requires a vigorous rubbing motion to ignite, so it won't just ignite from rubbing against other match heads while sitting in the box.
Where is the greatest concentration of water if a red blood corpuscle is placed in sea water?
The greatest concentration of water in this scenario would be inside the red blood corpuscle. Sea water is a hypertonic solution compared to the inside of the cell, meaning it has a higher concentration of solutes. Water would flow out of the cell into the sea water in an attempt to equalize the concentration, causing the cell to shrink.
