Using the appropriate conversion factor from the first part, convert 0.600 mil potassium chlorate to grams.
1 answer:
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The reaction that has been occurred will be .
The chemical reaction has been defined as the interaction of the reactant molecules for the formation of the product. The changes have been taken place in the reactivity series and under specific conditions.
<h3>Reaction occur</h3>The displacement reaction has been taken place based on the reactivity series. The more reactive element has been able to displace the less reactive element in the compound and form a new compound.
The following reactions have been analyzed as:
In the reaction, Br has been replaced by Iodine. The iodine has been less reactive than Br and thus will not form the compound.
Thus, this reaction will not occur.
In the reaction, Al has been replaced by Fe. The Fe is more reactive than Al. thus this reaction will occur.
The nickel has been less reactive than Ag, and thus will not be able to form the product.
Thus, this reaction will not occur.
The lead has been less reactive than Zn, and thus will not be able to form the product.
Thus, this reaction will not occur.
The reaction that has been occurred will be .
Learn more about reactivity series, here:
Answer:
Explanation:
To convert from representative particles to moles, Avogadro's Number: 6.02*10²³, which tells us the number of particles (atoms, molecules, etc.) in 1 mole of a substance.
We can use it in a ratio.
Multiply by the given number of molecules.
Flip the ratio so the molecules of water cancel out.
Divide.
The original number of molecules has 2 significant figures: 3 and 1, so our answer must have the same. For the number we calculated, that is the tenth place. The 4 in the hundredth place tells us to leave the 1.
There are about 5.1 moles of water in 3.1*10²⁴ molecules of water.
Answer:
This addition reaction yields 3-BromoPentane and 2-BromoPentane.
Explanation: The reaction is an addition reaction that follows the Markonikoff's principle engaging the electrophillic addition mechnism with electrophile having no lone pair so rearrangement of carbonation is possible. It yields two possible products.
