The balanced chemical reaction of potassium chloride involves 2 moles of potassium to react with 1 mole of chlorine and other are explained below.
<h3>What is balanced equation?</h3>
Balanced chemical equations are those equations in which all entities are present in same amount on reactant as well as on the product side of the reaction.
Given chemical reactions are:
- First equation is a balanced equation in which nitrogen reacts with hydrogen to form ammonia because all are present in same quantity on both sides.
- Second equation is not a balances equation as number of chlorine atoms are not present in same quantity, so balanced equation is:
2K + Cl₂ → 2KCl
- Balanced equation for the third reaction is:
CF₄ + 2Br₂ → CBr₄ + 2F₂
- Balanced equation for the fourth reaction is:
GaF₃ + 3Cs → 3CsF + Ga
- Fifth reaction between barium sulfide and platinum di fluoride is balanced as all atoms are present in same amount on both sides.
- Balanced equation for the last reaction is:
MgF₂ + Li₂CO₃ → MgCO₃ + 2LiF
Hence in the formation of potassium chloride balanced equation involves 2 moles of potassium to react with 1 mole of chlorine.
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Answer:
4
Explanation:
7.60100, but we count as significant figures only the 0s b/n non-zero numbers
<h2>Competitive inhibitors.</h2>
Explanation:
▪ Transition state analogs can be used as inhibitors in enzyme-catalyzed reactions which are done by blocking the active site of the enzyme.
▪ A transition state analog is somewhat the same as that of the transition state.
▪These are better inhibitors than the substrate analogs in competitive inhibition, the reason is that they bind tighter to the enzyme rather than the substrate.
▪ Thus, they are classified as competitive inhibitors.
Answer:
Total moles of ions are released in water are 
.
Explanation:
Mass of calcium nitrate = 
Molar mass of calcium nitrate = 164 g/mol
Moles of calcium nitrate = 
According to reaction, 1 mole of calcium nitrate gives 1 mole of calcium ions, then 
moles of calcium nitrate will give:
of calcium ions
According to reaction, 1 mole of calcium nitrate gives 2 mole of nitrate ions, then moles of calcium nitrate will give:
of nitrate ions
Total moles of ions are released :
Answer:
C: checking your email
Explanation:
I believe that C would be impossible, as you cannot use wireless networks without radio waves
