Just for more clarification, lowercase k is the rate constant. Uppercase K is the equilibrium constant. You can actually use k to find K (equilibrium constant). K=k/k' This means that the equilibrium constant is the rate constant of the forward reaction divided by the rate constant of the reverse reaction
boron, carbon, nitrogen, oxygen and flourine families in addition to the noble gases.
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also to answer the 'hello guys what is good!':nothin u?
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<h3>
Answer:</h3>
Higher or lower pH affect the structure of the enzyme and reduces the enzyme activity.
<h3>
Explanation:</h3>
- Enzymes are biological molecules that speed up the rate of chemical reactions.
- Enzyme activity is affected by several factors which include temperature, pH, and enzyme inhibitors.
- Enzymes work on specific molecules known as substrates. They are substrate-specific.
- Enzymes work best at optimum pH and temperature.
- Higher or lower pH affects the structure and charges of an enzyme thus affecting enzyme activity.
- Lower temperature deactivates the enzymes while higher temperatures denature the enzymes.
Answer:
Please translate to English and I will answer for you :)
Explanation:
Answer:
0.469 mol FeCl₃
Explanation:
Your reaction as a chemical equation is:
2 Fe (s) + 3 Cl₂ (g) ⇒ 2 FeCl₃ (s)
You have 26.2 grams of iron. Convert to moles of iron.
(26.2 g)/(55.845 g/mol) = 0.4692 mol
Use the mole ratio from the chemical equation to convert moles of iron to moles of iron(III) chloride.
(0.4692 mol Fe) × (2 mol FeCl₃/2 mol Fe) = 0.469 mol FeCl₃
You will have 0.469 moles of iron(III) chloride at the end of the reaction.
