Answer : The number of moles of sulfur present in sample are, 7.343 moles
Solution : Given,
Mass of sulfur = 232 gram
Molar mass of sulfur = 32 g/mole
Formula used :
Therefore, the number of moles of sulfur present in sample are, 7.343 moles
a strong acid and a weak acid.
a strong base and a weak base.
an acid and water.
The right answer is A (strong acid with strong base).
The reaction of an acid with a base to produce salt and water alone is called a neutralization reaction.
A salt is a compound formed following a replacement of the hydrogen ions (H +) of an acid with a basic radical during a reaction.
A normal salt is formed by the complete replacement of the H + of an acid (example Na2CO3).
while an acidic salt is formed by the incomplete replacement of the H + of an acid (eg NaHCO3).
1.State, in words, what is happening in the equation. (Example for a different equation: In the equation C + O2→ CO2 carbon and oxygen combine to make carbon dioxide.)
2.Is this equation balanced? Explain why or why not.
3.State which compounds are the reactants and which are the products. Use both the common name and the chemical formula. (Example for a different equation: C + O2 → CO2, carbon–C and Oxygen–O are the reactants and CO2 is the product. )
0.384 moles of atoms are in 5.00 g of ¹³C of isotope.
Moles of any substance will be calculate by dividing the given mass of the substance to the molar mass of that substance.
In the question given that:
Given mass of carbon = 5grams (because isotope of carbon is present ¹³C)
Molar mass of carbon = 13g/mol (because isotope of carbon is present ¹³C)
Moles of carbon = 5grams / 13g/mol
Moles = 0.384 moles
Hence, 0.384 moles is the required moles.
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