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Gamma rays
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What electromagnetic wave can create ions?
Gamma rays
Which electromagnetic wave can create ions?
Gamma rays
How can radioactive particles create ions?
by ionising them
How is ultraviolent radiation dangerous?
Ultraviolet is ionising radiation. That means that it will ionise (turn into ions) some substances due to being a high energy form of electromagnetic radiation. If these 'substances' happen to be in your skin then you can start to see how UV radiation can be bad.
Uses of electron tranport chain?
takes in NADH which is converted into polar hydrogen ions which are fed into the ATP synthase to ultimately create ATP. The proteins in the electron transport chain will fall off after the NADH has gone through. Each protein that falls off create two hydrogen ions and one oxygen ion which bond together creating water in the cell.
What electromagnetic can create ions?
Gamma rays
What electromagnetic wave can create ions?
Gamma rays
What waves can create ions?
Gamma rays
Which electromagnetic wave can create ions?
Gamma rays
Do acids create hydroxide ions when dissolved in water?
No, acids do not create hydroxide (OH-) ions when dissolved in water. Acids create Hydrogen (H+) ions when dissolved in water.Bases create hydroxide ions when dissolved in water.
Does an electromagnetic wave have both positive and negative ions?
It is not correct.
What is the name of the following ions?
Cations -- which are positive ions -- and anions, which are negative ions.
Which of the following best describes spectator ions?
(Apex) Ions that do not participate in the reaction
What is the result of an ionic bond?
Two ions held together by electromagnetic forces like NaCl.
How can radioactive particles create ions?
by ionising them
Formula of ionic compounds made with the following ions sodium and sulfide ions?
Na2S.
How are the ions kept in place in ionic compounds?
In ionic compounds the ions are held in place in a lattice structure by ionic bonds. This is a type of chemical bond caused by the electromagnetic attraction of two oppositely charged ions.
